NEOXPacketRaven - Portable Copper, SFP and Fiber Network TAPs
up to 400G
Uncompromisingly Secure Network Access for Full Network Transparency
Maximize your network visibility with our cost-effective and innovative Network TAPs!
What are Network TAPs and
what advantage do they have over SPAN ports?
The term TAP is an abbreviation and stands for Test Access Port. A Network TAP, also called Ethernet TAP , creates a passive access point to a network connection, with which the data signals transmitted via the cable can be read and evaluated for analysis purposes.
Once installed, all data traffic can be made available for various monitoring applications transparently, quickly, easily and without impairing the active network line with the help of a TAP.
A Network TAP works on OSI Layer 1 and does not have a MAC address. It is therefore invisible in the network and cannot be detected by any attacker. This is indispensable in network forensics and security, as otherwise criminals could take the TAP into account.
The use of TAPs has another advantage: You decide where you want to access the data. This flexibility is of great benefit, as you are able to greatly influence and improve the quality of your measurement results.Network TAPs are passive components and do not affect the original data traffic in any way.
Thanks to the additional “fail-open” technology in the Ethernet copper TAPs, the data line is also switched through in the event of a power failure, the Network TAP works like a cable bridge and protects your productive network from failure. This means that you receive accurate data for error-free analysis directly from the line.
By using SPAN ports, however, the result can be falsified, as this technology works in store-and-forward mode and discards FCS/CRC errors at OSI Layer 2 instead of outputting them to the Mirror Port. In contrast, Ethernet taps remove these critical CRC errors without affecting the original data.
Furthermore, a Network TAP with copper or SFP monitoring port works like a diode and does not allow access to the network via the monitoring ports for security reasons. Professional network analysis is therefore only guaranteed by using TAPs.
In addition, when using multiple TAPs, you get a much more accurate measurement result and can identify network and application errors even faster and more precisely. This saves you valuable time troubleshooting network errors.
Instead of the complex configuration of SPAN ports, Network TAPs can be plug'n play installed and put into operation without any prior technical knowledge. Cisco, the world's leading network equipment supplier, therefore advises against using such SPAN ports for network analysis with good reason.
Due to the way they work, Network TAPs have another decisive advantage: They completely divert the bi-directional data traffic. This means that you receive the send and receive directions of a full duplex line separately and can therefore, for example, analyze a 1G line loss-free even with a maximum load of 2Gbps.
As a result, you need two network interfaces on the analyzer to record the network data.Using this method, the sending and receiving directions can be easily differentiated from one another, which eliminates another source of error.
SPAN ports, on the other hand, have to aggregate this data in the memory before it is passed on to the SPAN port, but this is not one of the primary tasks of a switch and thus has a significant negative impact on the quality of the analysis result. Furthermore, due to the use of mirror ports, the switch processor is used more heavily, which can result in data loss on the SPAN port.
Experts therefore only recommend the use of Network (Ethernet) TAPs for loss-free and reliable recording of network data!
You can find more detailed information on the topic of Network TAP vs SPAN/Mirror Port in our Whitepaper.
Aggregation TAPs
for fiber optics and copper network cables
Aggregation TAPs have the ability to bundle several data streams or, as the name suggests, to aggregate them. This results in a significant advantage: you can use this technology to evaluate the data from several lines simultaneously using a single network interface on your analyzer.
When a single network connection is aggregated, it is referred to as a Port Aggregation TAP.
If aggregation is exercised on multiple lines, this technique is called Link Aggregation.
The diagram below shows the schematic of a Port Aggregator. As you can see on this picture, the TX & RX line of a network connection is aggregated to Monitoring port A & B respectively, so you are able to capture the data of a full duplex route bundled with only one network port.
Thus, Monitoring port A and B each receive the entire traffic of a route and, using this Aggregation TAP, one could send the network data to an analyzer such as OmniPeek or Wireshark for analysis purposes and simultaneously have the network traffic monitored by a security device such as an IDS.
Furthermore, our Aggregation TAPs can also be operated in TAP mode, also called Break-out mode, and can be conveniently switched between these functions by means of a DIP switch. This is a significant advantage and allows you to use the Aggregation TAP like a conventional TAP for analysis purposes if needed.
In addition, a Port Aggregation TAP can also be used as a Regeneration TAP. In this case the applied signal on Network port A is copied to Network port B, Monitoring port A and Monitoring port B. This is a convenient way to multiply a simple signal to up to 3 ports without complex configuration, which allows you to analyze the applied data with 3 different monitoring tools simultaneously.
Available TAP Modes:
Breakout
Each Ethernet packet transmitted via the network line is mirrored separately in this mode while maintaining the data integrity in the TAP. The send and receive directions are output separately on the two monitoring ports so that the network traffic can be analysed per data direction in this case.
Another great advantage of the Breakout mode is the visibility of the network traffic even with a fully loaded network connection. In this mode, the set network speed is transferred to the monitoring ports.
Aggregation
In this mode, the data streams are bundled and output aggregated on both of the monitoring ports. This allows you to evaluate the network data of a full duplex line simultaneously with a single network interface on your analysis device. Due to the aggregation in hardware (FPGA), faulty packet sequences during recording are a thing of the past in this mode.
For example, you can analyse the entire data traffic aggregated in 100Base-Tx lines without loss.
Regeneration
Regeneration is used to capture 100% full duplex traffic that can be sent to multiple monitoring devices (up to 3 in this case) for analysis of your network.
In this mode, the network speed settings are synchronised as in Break-out mode and the setting on the DIP switch is applied to all ports.
Fail-Safe Mode
Since Network TAPs are usually installed in critical network lines, it must be ensured that TAPs do not affect the line in any way.
By means of fail-safe, the TAP behaves like a cable bridge in the event of a failure or arbitrary deactivation and ensures that the active network connection is not interrupted or at least continues to function without the TAP function and thus does not negatively affect the active line.
Passive/Power-Off Mode
In the event of a power failure, the active network connection is not interrupted! Only the devices connected to the monitoring port are no longer supplied with data.
Split Ratios / Light Splitting for Fiber TAPs:
In order to tap data from an optical network connection, it is necessary to decouple or split a part of the available light signal.
The split ratio is the ratio of the amount of light that is still available for the fibre optic network connection in relation to the amount of light that is diverted or split off to the monitoring ports of the (passive) fibre optic Network TAPs.
A split ratio of e.g. 70/30 means that 70% of the light is still available for the network connection and 30% is split off for the monitoring ports.
However, as these TAPs have a copper or SFP-based monitoring output, 100% signal strength is available by means of OEO conversion - i.e. conversion of the optical signal into an electrical signal - in contrast to fibre-based monitoring ports.
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Up to 400 Gbps |
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Full Network Transparency |
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No impairment of Data Traffic |
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100% Network Data |
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Invisible for Attackers |
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No Network Access via Monitoring Port |
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Flexible to Use |
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Plug-n-Play |
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Failure Protection on Power Loss |
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PoE+ Power over Ethernet |
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Redundant Power Supply |
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Various Split Ratios |
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Fast and Precise |
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Support Jumbo Frames |
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Hardened & Secure models available |
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Made in Germany |
DOWNLOADS:
Hybrid Singlemode Fiber TAPs
100M Fiber TAPs
1G Fiber TAPs
Data Diode Function:
Data diodes guarantee unidirectional communication and ensure that data traffic can only flow in one direction.
Unidirectional network devices are typically used to provide information security or protection of critical digital systems, such as industrial control systems or production networks from cyber-attacks.
Our TAPs work like a diode and, for security reasons, do not allow access to the network via the monitoring ports.
By adding this further security layer, it is thus not possible to compromise the network connection and the productive network.
Hardened TAPs
Specially hardened Network TAPs


PacketRaven Network TAPs are already in the standard version one of the network components through which an attack vector is excluded.
For high-security areas according to IEC 62443 and critical infrastructures (CRITIS), however, even this is sometimes not sufficient, which is why NEOX Networks now also offers a specially hardened version of its TAPs.
If desired, these TAPs can be delivered pre-configured and then do not allow any subsequent configuration changes. In addition, they are secured against unwanted or unnoticed opening by special screws and security seals.
And to round it all off, these TAPs also have a particularly secure and encrypted firmware. Secureboot checks each time the TAP is started whether the firmware to be executed has a valid signature and an authorised public key.
If this is not the case, the TAP cannot be put into operation.
ADDITIONAL SECURITY FEATURES

Fix preconfigured

firmware

against unnoticed opening

against unwanted opening
Secure TAPs
Extra Secure Fiber TAPs
Secure Fiber TAPs have both an additional optical isolator (Data Diode functionality) and an optical filter to ensure that unwanted incoming light signals are blocked at the monitoring port to protect the network from compromise.
A very high insertion loss of up to 35dB on the return channel of the monitoring port into the productive network to be protected prevents accidental or deliberate injections of unwanted data or light signals into the active network.
They thus provide another security layer that offers increased protection against attackers and faulty configurations.
This makes our Secure TAPs especially suitable for business-critical applications and high-security areas and CRITIS infrastructures with high requirements for securing sensitive data.
Our Secure TAPs are 100% compatible with our standard portable TAPs without Data Diode functionality.

Installation Options
Mobile Use
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Portable models - these models do not have any special installation options and are designed for mobile use.
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Models with rackmounting frame front panel - these models have a front panel for permanent installation in our server cabinet mounting frame PRP-1U3, which provides space for three of our portable TAPs. The part number for models with a rackmount frame front panel ends in -ERW.
Of course, TAPs with a rackmount frame front panel can also be used as mobile units!
- Safe, rock-solid FPGA-based design
- Supports 10M, 100M and 1G network speeds - 10Base-T, 100Base-TX, 1000Base-T, 10/100/1000 BaseT
- Alternative to SPAN ports - mirrors 100% of traffic including FCS/CRC errored packets that may be dropped by SPANs
- Invisible on the network, no IP address, no MAC address, cannot be hacked
- Guaranteed no packet loss
- Power supply via redundant AC/DC power supply units (5V) and/or 12-48V DC voltage
- Supports PoE 802.3af passthrough
- Supports failsafe mode for resilience in the event of a power failure
- Supports breakout, aggregation and regeneration mode
- Simple configuration via DIP switches
- 100% reaction-free through galvanic isolation (data diode function)
- Supports up to 16k Jumbo Frames
- Plug-n-Play
- Designed, assembled, certified and tested in Germany
- Safe, rock-solid FPGA-based design
- Supports 100Base-FX, 100Base-TX, 1000Base-LX, 1000Base-SX, 1000Base-ZX and 1000Base-T
- Alternative to SPAN ports - mirrors 100% of traffic including FCS/CRC errored packets that may be dropped by SPANs
- Invisible on the network, no IP address, no MAC address, cannot be hacked
- Guaranteed no packet loss
- Power supply via redundant AC/DC power supply units (5V) and/or 12-48V DC voltage
- 100% passive without affecting the active network connection
- Interchangeable SFP transceivers (see compatibility list)
- Supports Breakout, Aggregation and Regeneration mode
- Simple configuration via DIP switches
- 100% reaction-free through galvanic isolation (data diode function)
- Supports up to 16k Jumbo Frames
- Plug-n-Play
- Designed, assembled, certified and tested in Germany
- 1000Base-LX/ZX - supported network speeds: 1G, 10G, 25G, 40G, 50G, 100G, 200G and 400G
- Alternative to SPAN ports - mirrors 100% of traffic including FCS/CRC errored packets that may be dropped by SPANs
- Invisible on the network, no IP address, no MAC address, cannot be hacked
- Guaranteed no packet loss
- 100% passive without affecting the active network connection, no additional latency
- Available in different split ratios - e.g. 50:50, 60:40, 70:30, 80:20, 90:10
- No power supply needed, 100% passive
- Plug-n-Play
- Supports up to 16k Jumbo Frames
- Designed, assembled, certified and tested in Germany
- Secure, rock-solid FPGA-based design
- 1000Base-LX and 1000Base-ZX - supported network speed: 1G
- Alternative to SPAN ports - mirrors 100% of traffic including FCS/CRC errored packets that may be dropped by SPANs
- Invisible on the network, no IP address, no MAC address, cannot be hacked
- Guaranteed no packet loss
- Power supply via redundant 5V AC/DC power supply and/or 12-48V DC voltage
- 100% passive without affecting the active network connection, no additional latency
- Available in different split ratios - e.g. 50:50, 60:40, 70:30, 80:20, 90:10
- Support breakout, aggregation and regeneration mode
- 100% reaction-free due to galvanic isolation (data diode function)
- Plug-n-Play – Operating mode change via DIP switch
- Supports up to 16k Jumbo Frames
- Designed, assembled, certified and tested in Germany
- Supported network speeds: 1G, 2.5G, 5G, 10G, 25G, 40G, 50G, 100G, 200G and 400G
- Alternative to SPAN ports - mirrors 100% of traffic including FCS/CRC errored packets that may be dropped by SPANs
- Invisible on the network, no IP address, no MAC address, cannot be hacked
- Guaranteed no packet loss
- 100% passive without affecting the active network connection, no additional latency
- Available in different split ratios - e.g. 50:50, 60:40, 70:30, 80:20, 90:10
- No power supply needed, 100% passive
- Simple configuration via DIP switches
- Plug-n-Play
- Supports up to 16k Jumbo Frames
- Designed, assembled, certified and tested in Germany
- Secure, rock-solid FPGA-based design
- Support100M Multimode 100Base-FX and 1G Multimode 1000Base-SX
- Alternative to SPAN ports - mirrors 100% of traffic including FCS/CRC errored packets that may be dropped by SPANs
- Invisible on the network, no IP address, no MAC address, cannot be hacked
- Guaranteed no packet loss
- Power supply via redundant 5V AC/DC power supply and/or 12-48V DC voltage
- Available in different split ratios - e.g. 50:50, 60:40, 70:30, 80:20, 90:10
- 100% passive without affecting the active network connection, no additional latency
- Support breakout, aggregation and regeneration mode
- 100% reaction-free due to galvanic isolation (data diode function)
- Plug-n-Play - Operating mode change via DIP switch
- Supports up to 16k Jumbo Frames
- Designed, assembled, certified and tested in Germany
Rackmount Frame Installation
DIN Rail Installation
As an alternative to fixed installation in one of our server cabinet rackmounting frames, we also offer models with a DIN rail clip that can be mounted on a TS35/7.5 DIN rails. This clip can be rotated 180°, allowing the connections of the TAP to be aligned according to the respective requirements.
Article numbers for models with DIN rails clip end in "-DIN"!
Of course, TAPs with DIN rails can also be used in mobile applications!
Our TAP Models
10/100/1000Base-T Copper TAPs
PacketRaven Copper TAPs are intelligent FPGA-based mirroring devices for secure and reliable tapping of network data in copper-based networks. These TAPs are looped into the copper line to be monitored and forward all data traffic without interruption. Our Copper TAPs have redundant power supplies, which guarantees high reliability.
They do not have a MAC or IP address, but work on OSI Layer 1, and are therefore not detectable in the network without expensive measurement equipment. Hackers and other attackers thus have no chance, and since the integrity of the outgoing data remains unaltered due to this tapping method, Network TAPs are increasingly used in the areas of network forensics, security and monitoring.
PacketRaven Copper TAPs were designed as portable TAPs, but can also be installed in data centers using a mounting kit in a 19" mounting frame.
They support 10M, 100M and 1G speeds.With PacketRaven copper TAPs you get permanent network access without risk and provide e.g. your monitoring tools with 100% reliable network data without introducing a single point of failure. Because your network security tool is only as good as the data source!
PacketRaven COPPER/RJ45 TAP STANDARD MODELS | |||||
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The TAPs whose item numbers end in „-ERW“ have a special front panel to allow them to be installed in our server cabinet mounting frame PRP-1U3! |
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Article No. | Media Type | Network | Conn. NET. | Conn. MON. | SUPPORTED TAP MODES |
PRP-SCC-1GA | 10/100/1000Base-T | 10M/100M/1000M | RJ45 | RJ45 | Aggregation, Breakout, Regeneration |
PRP-SCC-1GA-ERW | 10/100/1000Base-T | 10M/100M/1000M | RJ45 | RJ45 | Aggregation, Breakout, Regeneration |
PRP-SCS-1GA | 10/100/1000Base-T | 10M/100M/1000M | RJ45 | SFP | Aggregation, Breakout, Regeneration |
PRP-SCS-1GA-ERW | 10/100/1000Base-T | 10M/100M/1000M | RJ45 | SFP | Aggregation, Breakout, Regeneration |
PRP-SCC-1GB | 10/100/1000Base-T | 10M/100M/1000M | RJ45 | RJ45 | Breakout |
PRP-SCC-1GB-ERW | 10/100/1000Base-T | 10M/100M/1000M | RJ45 | RJ45 | Breakout |
PRP-SCS-1GB | 10/100/1000Base-T | 10M/100M/1000M | RJ45 | SFP | Breakout |
PRP-SCS-1GB-ERW | 10/100/1000Base-T | 10M/100M/1000M | RJ45 | SFP | Breakout |
PacketRaven Hardened Copper TAP MODELS | |||||||
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The TAPs whose item numbers end in „-ERW“ have a special front panel to allow them to be installed in our server cabinet mounting frame PRP-1U3! |
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Article No. | Media Type | Network | Conn. NET. | Conn. MON. | SUPPORTED TAP MODES |
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PRP-SCC-1GA-S | 10/100/1000Base-T | 10M/100M/1000M | RJ45 | RJ45 | Aggregation, Breakout, Regeneration | ||
PRP-SCC-1GA-S-ERW | 10/100/1000Base-T | 10M/100M/1000M | RJ45 | RJ45 | Aggregation, Breakout, Regeneration | ||
PRP-SCC-1GAO-S | 10/100/1000Base-T | 10M/100M/1000M | RJ45 | RJ45 | Aggregation | ||
PRP-SCC-1GAO-S-ERW | 10/100/1000Base-T | 10M/100M/1000M | RJ45 | RJ45 | Aggregation | ||
PRP-SCC-1GBO-S | 10/100/1000Base-T | 10M/100M/1000M | RJ45 | RJ45 | Breakout | ||
PRP-SCC-1GBO-S-ERW | 10/100/1000Base-T | 10M/100M/1000M | RJ45 | RJ45 | Breakout |
DIMENSIONS (WxHxD) / WEIGHT | CERTIFICATIONS |
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10.60 cm x 3.50 cm x 16.40 cm / ca. 0.5 kg | CE, FCC, RoHS, WEEE, EN55032 KL. A/B, EN55035, EN61000-3-2, EN61000-3-3, EN61000-6-2 |
Flexible SFP TAP


Our flexible SFP TAPs are intelligent FPGA based mirroring devices for secure and reliable tapping of network data in optical and copper-based networks. These TAPs are looped into the network line to be monitored and route all data traffic without interruption.
The great advantage of SFP TAPs is that they can be used extremely flexibly in different network types and for different media types due to the simple interchangeability of their SFP transceivers (see compatibility list).
Our SFP TAPs have redundant power supplies, which guarantees high reliability. They do not have a MAC or IP address, but work on OSI Layer 1, and are therefore not detectable in the network without expensive measurement equipment. Hackers and other attackers thus have no chance, and since the integrity of the outgoing data remains unaltered due to this tapping method, Network TAPs are increasingly used in the areas of network forensics, security and monitoring.
PacketRaven SFP Network TAPs are designed as portable TAPs, but can also be installed in data centers via a mounting kit in a 19" mounting frame and support networks up to 1G.
With PacketRaven Network TAPs you get permanent network access without risk and provide e.g. your monitoring tools with 100% reliable network data - without introducing a single point of failure. Because your network security tool is only as good as the data source!
PacketRaven SFP TAP OPTIONS | |||||
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The TAPs whose item numbers end in „-ERW“ have a special front panel to allow them to be installed in our server cabinet mounting frame PRP-1U3! |
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Article No. | Media Type | Network | Conn. NET. | Conn. MON. | SUPPORTED TAP MODES |
PRP-SSS-1GA | 100Base-FX, 100Base-TX, 1000Base-LX, 1000Base-SX, 1000Base-ZX, 1000Base-T |
100M/1G | SFP | SFP | Aggregation, Breakout, Regeneration |
PRP-SSS-1GA-ERW | 100Base-FX, 100Base-TX, 1000Base-LX, 1000Base-SX, 1000Base-ZX, 1000Base-T |
100M/1G | SFP | SFP | Aggregation, Breakout, Regeneration |
DIMENSIONS (WxHxD) / WEIGHT | CERTIFICATIONS |
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10.60 cm x 3.50 cm x 16.40 cm / ca. 0.5 kg | CE, FCC, RoHS, WEEE, EN55032 KL. A/B, EN55035, EN61000-3-2, EN61000-3-3, EN61000-6-2 |
1G - 400G Singlemode Fiber TAPs
PacketRaven Fiber TAPs are passive mirroring devices for secure and reliable tapping of network data in optical networks. These TAPs are looped into the fiber optic line to be monitored and route all data traffic without interruption.
Our fibre TAPs do not have a MAC or IP address, but work on OSI Layer 1, and are therefore not detectable in the network without expensive measurement equipment. Hackers and other attackers thus have no chance, and since the integrity of the outgoing data remains unaltered due to this tapping method, Network TAPs are increasingly used in the areas of network forensics, security and monitoring.
PacketRaven Fiber TAPs are designed as portable TAPs, but can also be installed in data centers via a mounting kit in a 19" rack, and support network speeds up to 400G.
With PacketRaven Fiber TAPs you get permanent network access without risk and provide e.g. your monitoring tools with 100% reliable network data without introducing a single point of failure. Because your network security tool is only as good as the data source!
PacketRaven Singlemode FIBER TAP OPTIONS | ||||||||
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All TAPs for fiber type OS2 are also OS1 compatible! The TAPs whose item numbers end in „-ERW“ have a special front panel to allow them to be installed in our server cabinet mounting frame PRP-1U3! |
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Article No. | Network | Media type |
Fiber type |
Wave- length |
Split Ratio |
Conn. NET. | Conn. MON. | TAP Version |
PRP-OS2-SLL-50 | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1310 nm / 1550 nm | 50:50 | LC | LC | Single-TAP |
PRP-OS2-SLL-50-ERW | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1310 nm / 1550 nm | 50:50 | LC | LC | Single-TAP |
PRP-OS2-SLL-60 | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1310 nm / 1550 nm | 60:40 | LC | LC | Single-TAP |
PRP-OS2-SLL-60-ERW | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1310 nm / 1550 nm | 60:40 | LC | LC | Single-TAP |
PRP-OS2-SLL-70 | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1310 nm / 1550 nm | 70:30 | LC | LC | Single-TAP |
PRP-OS2-SLL-70-ERW | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1310 nm / 1550 nm | 70:30 | LC | LC | Single-TAP |
PRP-OS2-DLL-50 | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1310 nm / 1550 nm | 50:50 | LC | LC | Dual-TAP |
PRP-OS2-DLL-50-ERW | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1310 nm / 1550 nm | 50:50 | LC | LC | Dual-TAP |
PRP-OS2-DLL-60 | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1310 nm / 1550 nm | 60:40 | LC | LC | Dual-TAP |
PRP-OS2-DLL-60-ERW | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1310 nm / 1550 nm | 60:40 | LC | LC | Dual-TAP |
PRP-OS2-DLL-70 | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1310 nm / 1550 nm | 70:30 | LC | LC | Dual-TAP |
PRP-OS2-DLL-70-ERW | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1310 nm / 1550 nm | 70:30 | LC | LC | Dual-TAP |
* Different Base types
PacketRaven SECURE Singlemode FIBER TAP MODELS | ||||||||
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All TAPs for fiber type OS2 are also OS1 compatible! The TAPs whose item numbers end in „-ERW“ have a special front panel to allow them to be installed in our server cabinet mounting frame PRP-1U3! |
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Article No. | Network | Media type |
Fiber type |
Wave- length |
Split Ratio |
Conn. NET. | Conn. MON. | TAP Version |
PRP-OS2-SLL-50-1310S | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1310 nm | 50:50 | LC | LC | Single TAP |
PRP-OS2-SLL-60-1310S | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1310 nm | 60:40 | LC | LC | Single TAP |
PRP-OS2-SLL-70-1310S | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1310 nm | 70:30 | LC | LC | Single TAP |
PRP-OS2-SLL-50-1310S-ERW | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1310 nm | 50:50 | LC | LC | Single TAP |
PRP-OS2-SLL-60-1310S-ERW | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1310 nm | 60:40 | LC | LC | Single TAP |
PRP-OS2-SLL-70-1310S-ERW | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1310 nm | 70:30 | LC | LC | Single TAP |
PRP-OS2-SLL-50-1550S | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1550 nm | 50:50 | LC | LC | Single TAP |
PRP-OS2-SLL-60-1550S | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1550 nm | 60:40 | LC | LC | Single TAP |
PRP-OS2-SLL-70-1550S | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1550 nm | 70:30 | LC | LC | Single TAP |
PRP-OS2-SLL-50-1550S-ERW | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1550 nm | 50:50 | LC | LC | Single TAP |
PRP-OS2-SLL-60-1550S-ERW | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1550 nm | 60:40 | LC | LC | Single TAP |
PRP-OS2-SLL-70-1550S-ERW | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1550 nm | 70:30 | LC | LC | Single TAP |
PRP-OS2-DLL-50-1310S | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1310 nm | 50:50 | LC | LC | Dual TAP |
PRP-OS2-DLL-60-1310S | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1310 nm | 60:40 | LC | LC | Dual TAP |
PRP-OS2-DLL-70-1310S | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1310 nm | 70:30 | LC | LC | Dual TAP |
PRP-OS2-DLL-50-1310S-ERW | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1310 nm | 50:50 | LC | LC | Dual TAP |
PRP-OS2-DLL-60-1310S-ERW | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1310 nm | 60:40 | LC | LC | Dual TAP |
PRP-OS2-DLL-70-1310S-ERW | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1310 nm | 70:30 | LC | LC | Dual TAP |
PRP-OS2-DLL-50-1550S | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1550 nm | 50:50 | LC | LC | Dual TAP |
PRP-OS2-DLL-60-1550S | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1550 nm | 60:40 | LC | LC | Dual TAP |
PRP-OS2-DLL-70-1550S | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1550 nm | 70:30 | LC | LC | Dual TAP |
PRP-OS2-DLL-50-1550S-ERW | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1550 nm | 50:50 | LC | LC | Dual TAP |
PRP-OS2-DLL-60-1550S-ERW | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1550 nm | 60:40 | LC | LC | Dual TAP |
PRP-OS2-DLL-70-1550S-ERW | 1G/10G/25G/40G/50G/ 100G/200G/400G |
* | OS2 | 1550 nm | 70:30 | LC | LC | Dual TAP |
* Different Base types
DIMENSIONS (WxHxD) / WEIGHT | CERTIFICATIONS |
---|---|
10.60 cm x 3.50 cm x 16.40 cm / ca. 0.5 kg | CE, FCC, RoHS, WEEE |
Maximum Insertion Loss | |||
---|---|---|---|
Split Ratio (more on request) | 50:50 | 60:40 | 70:30 |
Singlemode OS1, OS2 | 3.4 dB / 3.4 dB | 2.5 dB / 4.5 dB | 1.7 dB / 5.8 dB |
Hybrid 1G Singlemode Fiber TAPs
w/ Data Diode Function
Hybrid Fiber TAPs with media conversion and signal regeneration are decoupling elements for passive, secure and reliable tapping of network data in optical networks. These TAPs are looped into the fibreoptic line to be monitored and route out the entire data traffic while maintaining data integrity, without interruption and without packet loss.
Furthermore, our hybrid TAPs are passive on the network side, which means that there is no interruption of network traffic in the event of a power failure. In order to ensure the highest possible reliability on the monitoring side, our hybrid Fiber TAPs have redundant power supplies, but can also be additionally operated and protected with 12-48V DC voltage.
These Taps also work like a data diode and the monitoring ports are physically isolated from the network ports, which prevents access to the network via the monitoring ports on the hardware side for security reasons. Therefore, our hybrid Fiber TAPs guarantee a reliable network analysis or security investigation without compromise.
This range of our PacketRaven TAPs is designed as portable TAPs, but can also be installed in a 19“ mounting frame in data centres via a mounting kit and support a network speed of 1G (1000Base-LX/1000Base-ZX).
PacketRaven Hybrid Singlemode FIBER TAP MODELS | |||||||
---|---|---|---|---|---|---|---|
All TAPs for fiber type OS2 are also OS1 compatible! The TAPs whose item numbers end in „-ERW“ have a special front panel to allow them to be installed in our server cabinet mounting frame PRP-1U3! |
|||||||
Article No. | Media Type | Network | Fiber Type | Wave- length |
Split Ratio | Conn. NET. | Conn. MON. |
PRP-OS2-SLC-50 | 1000Base-LX | 1G | OS2 | 1310 nm | 50:50 | LC | RJ45 |
PRP-OS2-SLC-50-ERW | 1000Base-LX | 1G | OS2 | 1310 nm | 50:50 | LC | RJ45 |
PRP-OS2-SLC-60 | 1000Base-LX | 1G | OS2 | 1310 nm | 60:40 | LC | RJ45 |
PRP-OS2-SLC-60-ERW | 1000Base-LX | 1G | OS2 | 1310 nm | 60:40 | LC | RJ45 |
PRP-OS2-SLC-70 | 1000Base-LX | 1G | OS2 | 1310 nm | 70:30 | LC | RJ45 |
PRP-OS2-SLC-70-ERW | 1000Base-LX | 1G | OS2 | 1310 nm | 70:30 | LC | RJ45 |
PRP-OS2-SLS-50 | 1000Base-LX | 1G | OS2 | 1310 nm | 50:50 | LC | SFP |
PRP-OS2-SLS-50-ERW | 1000Base-LX | 1G | OS2 | 1310 nm | 50:50 | LC | SFP |
PRP-OS2-SLS-60 | 1000Base-LX | 1G | OS2 | 1310 nm | 60:40 | LC | SFP |
PRP-OS2-SLS-60-ERW | 1000Base-LX | 1G | OS2 | 1310 nm | 60:40 | LC | SFP |
PRP-OS2-SLS-70 | 1000Base-LX | 1G | OS2 | 1310 nm | 70:30 | LC | SFP |
PRP-OS2-SLS-70-ERW | 1000Base-LX | 1G | OS2 | 1310 nm | 70:30 | LC | SFP |
PRP-OS2-SLZC-50 | 1000Base-ZX | 1G | OS2 | 1550 nm | 50:50 | LC | RJ45 |
PRP-OS2-SLZC-50-ERW | 1000Base-ZX | 1G | OS2 | 1550 nm | 50:50 | LC | RJ45 |
PRP-OS2-SLZC-60 | 1000Base-ZX | 1G | OS2 | 1550 nm | 60:40 | LC | RJ45 |
PRP-OS2-SLZC-60-ERW | 1000Base-ZX | 1G | OS2 | 1550 nm | 60:40 | LC | RJ45 |
PRP-OS2-SLZC-70 | 1000Base-ZX | 1G | OS2 | 1550 nm | 70:30 | LC | RJ45 |
PRP-OS2-SLZC-70-ERW | 1000Base-ZX | 1G | OS2 | 1550 nm | 70:30 | LC | RJ45 |
PRP-OS2-SLZS-50 | 1000Base-ZX | 1G | OS2 | 1550 nm | 50:50 | LC | SFP |
PRP-OS2-SLZS-50-ERW | 1000Base-ZX | 1G | OS2 | 1550 nm | 50:50 | LC | SFP |
PRP-OS2-SLZS-60 | 1000Base-ZX | 1G | OS2 | 1550 nm | 60:40 | LC | SFP |
PRP-OS2-SLZS-60-ERW | 1000Base-ZX | 1G | OS2 | 1550 nm | 60:40 | LC | SFP |
PRP-OS2-SLZS-70 | 1000Base-ZX | 1G | OS2 | 1550 nm | 70:30 | LC | SFP |
PRP-OS2-SLZS-70-ERW | 1000Base-ZX | 1G | OS2 | 1550 nm | 70:30 | LC | SFP |
PacketRaven Hybrid Singlemode FIBER TAP MODELS | ||||||||
---|---|---|---|---|---|---|---|---|
All TAPs for fiber type OS2 are also OS1 compatible! The TAPs whose item numbers end in „-ERW“ have a special front panel to allow them to be installed in our server cabinet mounting frame PRP-1U3! |
||||||||
Article No. | Media Type | Network | Fiber Type | Wave- length |
Split Ratio | Conn. NET. | Conn. MON. | TAP MODES |
PRP-OS2-SLC-50-1GA-S | 1000Base-LX | 1G | OS2 | 1310 nm | 50:50 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OS2-SLC-50-1GA-S-ERW | 1000Base-LX | 1G | OS2 | 1310 nm | 50:50 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OS2-SLC-60-1GA-S | 1000Base-LX | 1G | OS2 | 1310 nm | 60:40 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OS2-SLC-60-1GA-S-ERW | 1000Base-LX | 1G | OS2 | 1310 nm | 60:40 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OS2-SLC-70-1GA-S | 1000Base-LX | 1G | OS2 | 1310 nm | 70:30 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OS2-SLC-70-1GA-S-ERW | 1000Base-LX | 1G | OS2 | 1310 nm | 70:30 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OS2-SLC-50-1GAO-S | 1000Base-LX | 1G | OS2 | 1310 nm | 50:50 | LC | RJ45 | Aggregation |
PRP-OS2-SLC-50-1GAO-S-ERW | 1000Base-LX | 1G | OS2 | 1310 nm | 50:50 | LC | RJ45 | Aggregation |
PRP-OS2-SLC-60-1GAO-S | 1000Base-LX | 1G | OS2 | 1310 nm | 60:40 | LC | RJ45 | Aggregation |
PRP-OS2-SLC-60-1GAO-S-ERW | 1000Base-LX | 1G | OS2 | 1310 nm | 60:40 | LC | RJ45 | Aggregation |
PRP-OS2-SLC-70-1GAO-S | 1000Base-LX | 1G | OS2 | 1310 nm | 70:30 | LC | RJ45 | Aggregation |
PRP-OS2-SLC-70-1GAO-S-ERW | 1000Base-LX | 1G | OS2 | 1310 nm | 70:30 | LC | RJ45 | Aggregation |
PRP-OS2-SLC-50-1GBO-S | 1000Base-LX | 1G | OS2 | 1310 nm | 50:50 | LC | RJ45 | Breakout |
PRP-OS2-SLC-50-1GBO-S-ERW | 1000Base-LX | 1G | OS2 | 1310 nm | 50:50 | LC | RJ45 | Breakout |
PRP-OS2-SLC-60-1GBO-S | 1000Base-LX | 1G | OS2 | 1310 nm | 60:40 | LC | RJ45 | Breakout |
PRP-OS2-SLC-60-1GBO-S-ERW | 1000Base-LX | 1G | OS2 | 1310 nm | 60:40 | LC | RJ45 | Breakout |
PRP-OS2-SLC-70-1GBO-S | 1000Base-LX | 1G | OS2 | 1310 nm | 70:30 | LC | RJ45 | Breakout |
PRP-OS2-SLC-70-1GBO-S-ERW | 1000Base-LX | 1G | OS2 | 1310 nm | 70:30 | LC | RJ45 | Breakout |
DIMENSIONS (WxHxD) / WEIGHT | CERTIFICATIONS |
---|---|
10.60 cm x 3.50 cm x 16.40 cm / ca. 0.5 kg | CE, FCC, RoHS, WEEE, EN55032 KL. A/B, EN55035, EN61000-3-2, EN61000-3-3, EN61000-6-2 |
Maximum Insertion Loss | |||
---|---|---|---|
Split Ratio (more on request) | 50:50 | 60:40 | 70:30 |
Singlemode OS1, OS2 | 3.4 dB / 3.4 dB | 2.5 dB / 4.5 dB | 1.7 dB / 5.8 dB |
100M - 400G Multimode Fiber TAPs
PacketRaven Fiber TAPs are passive mirroring devices for secure and reliable tapping of network data in optical networks. These TAPs are looped into the fiber optic line to be monitored and route all data traffic without interruption.
Our Fibre TAPs do not have a MAC or IP address, but work on OSI Layer 1, and are therefore not detectable in the network without expensive measurement equipment. Hackers and other attackers thus have no chance, and since the integrity of the outgoing data remains unaltered due to this tapping method, Network TAPs are increasingly used in the areas of network forensics, security and monitoring.
PacketRaven Fiber TAPs are designed as portable TAPs, but can also be installed in data centers via a mounting kit in a 19" rack, and support network speeds up to 400G.
With PacketRaven Fiber TAPs you get permanent network access without risk and provide e.g. your monitoring tools with 100% reliable network data without introducing a single point of failure. Because your network security tool is only as good as the data source!
PacketRaven OM4 Multimode FIBER TAP MODELS | |||||||
---|---|---|---|---|---|---|---|
All TAPs for fiber type OM4 are also OM3 compatible! The TAPs whose item numbers end in „-ERW“ have a special front panel to allow them to be installed in our server cabinet mounting frame PRP-1U3! |
|||||||
Article No. |
Network | Fiber type |
Wave- length |
Split Ratio | Conn. NET. | Conn. MON. | TAP Version |
PRP-OM4-SLL-50 | 100M/1G/10G/25G | OM4 | 850 nm | 50:50 | LC | LC | Single-TAP |
PRP-OM4-SLL-50-ERW | 100M/1G/10G/25G | OM4 | 850 nm | 50:50 | LC | LC | Single-TAP |
PRP-OM4-SLL-60 | 100M/1G/10G/25G | OM4 | 850 nm | 60:40 | LC | LC | Single-TAP |
PRP-OM4-SLL-60-ERW | 100M/1G/10G/25G | OM4 | 850 nm | 60:40 | LC | LC | Single-TAP |
PRP-OM4-SLL-70 | 100M/1G/10G/25G | OM4 | 850 nm | 70:30 | LC | LC | Single-TAP |
PRP-OM4-SLL-70-ERW | 100M/1G/10G/25G | OM4 | 850 nm | 70:30 | LC | LC | Single-TAP |
PRP-OM4-DLL-50 | 100M/1G/10G/25G | OM4 | 850 nm | 50:50 | LC | LC | Dual-TAP |
PRP-OM4-DLL-50-ERW | 100M/1G/10G/25G | OM4 | 850 nm | 50:50 | LC | LC | Dual-TAP |
PRP-OM4-DLL-60 | 100M/1G/10G/25G | OM4 | 850 nm | 60:40 | LC | LC | Dual-TAP |
PRP-OM4-DLL-60-ERW | 100M/1G/10G/25G | OM4 | 850 nm | 60:40 | LC | LC | Dual-TAP |
PRP-OM4-DLL-70 | 100M/1G/10G/25G | OM4 | 850 nm | 70:30 | LC | LC | Dual-TAP |
PRP-OM4-DLL-70-ERW | 100M/1G/10G/25G | OM4 | 850 nm | 70:30 | LC | LC | Dual-TAP |
PRP-OM4-SML-50 | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 50:50 | MTP® | LC | Single-TAP |
PRP-OM4-SML-50-ERW | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 50:50 | MTP® | LC | Single-TAP |
PRP-OM4-SML-60 | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 60:40 | MTP® | LC | Single-TAP |
PRP-OM4-SML-60-ERW | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 60:40 | MTP® | LC | Single-TAP |
PRP-OM4-SML-70 | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 70:30 | MTP® | LC | Single-TAP |
PRP-OM4-SML-70-ERW | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 70:30 | MTP® | LC | Single-TAP |
PRP-OM4-DML-50 | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 50:50 | MTP® | LC | Dual-TAP |
PRP-OM4-DML-50-ERW | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 50:50 | MTP® | LC | Dual-TAP |
PRP-OM4-DML-60 | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 60:40 | MTP® | LC | Dual-TAP |
PRP-OM4-DML-60-ERW | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 60:40 | MTP® | LC | Dual-TAP |
PRP-OM4-DML-70 | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 70:30 | MTP® | LC | Dual-TAP |
PRP-OM4-DML-70-ERW | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 70:30 | MTP® | LC | Dual-TAP |
PRP-OM4-SMM-50 | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 50:50 | MTP® | MTP® | Single-TAP |
PRP-OM4-SMM-50-ERW | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 50:50 | MTP® | MTP® | Single-TAP |
PRP-OM4-SMM-60 | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 60:40 | MTP® | MTP® | Single-TAP |
PRP-OM4-SMM-60-ERW | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 60:40 | MTP® | MTP® | Single-TAP |
PRP-OM4-SMM-70 | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 70:30 | MTP® | MTP® | Single-TAP |
PRP-OM4-SMM-70-ERW | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 70:30 | MTP® | MTP® | Single-TAP |
PRP-OM4-DMM-50 | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 50:50 | MTP® | MTP® | Dual-TAP |
PRP-OM4-DMM-50-ERW | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 50:50 | MTP® | MTP® | Dual-TAP |
PRP-OM4-DMM-60 | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 60:40 | MTP® | MTP® | Dual-TAP |
PRP-OM4-DMM-60-ERW | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 60:40 | MTP® | MTP® | Dual-TAP |
PRP-OM4-DMM-70 | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 70:30 | MTP® | MTP® | Dual-TAP |
PRP-OM4-DMM-70-ERW | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 70:30 | MTP® | MTP® | Dual-TAP |
PacketRaven OM5 Multimode FIBER TAP MODELS | |||||||
---|---|---|---|---|---|---|---|
The TAPs whose item numbers end in „-ERW“ have a special front panel to allow them to be installed in our server cabinet mounting frame PRP-1U3! |
|||||||
Article No. |
Network | Fiber type |
Wave- length |
Split Ratio | Conn. NET. | Conn. MON. | TAP Version |
PRP-OM5-SLL-50 | 100M/1G/10G/25G/40G/50G/100G | OM5 | 850 nm - 950 nm | 50:50 | LC | LC | Single-TAP |
PRP-OM5-SLL-50-ERW | 100M/1G/10G/25G/40G/50G/100G | OM5 | 850 nm - 950 nm | 50:50 | LC | LC | Single-TAP |
PRP-OM5-SLL-60 | 100M/1G/10G/25G/40G/50G/100G | OM5 | 850 nm - 950 nm | 60:40 | LC | LC | Single-TAP |
PRP-OM5-SLL-60-ERW | 100M/1G/10G/25G/40G/50G/100G | OM5 | 850 nm - 950 nm | 60:40 | LC | LC | Single-TAP |
PRP-OM5-SLL-70 | 100M/1G/10G/25G/40G/50G/100G | OM5 | 850 nm - 950 nm | 70:30 | LC | LC | Single-TAP |
PRP-OM5-SLL-70-ERW | 100M/1G/10G/25G/40G/50G/100G | OM5 | 850 nm - 950 nm | 70:30 | LC | LC | Single-TAP |
PRP-OM5-DLL-50 | 100M/1G/10G/25G/40G/50G/100G | OM5 | 850 - 950 nm | 50:50 | LC | LC | Dual-TAP |
PRP-OM5-DLL-50-ERW | 100M/1G/10G/25G/40G/50G/100G | OM5 | 850 - 950 nm | 50:50 | LC | LC | Dual-TAP |
PRP-OM5-DLL-60 | 100M/1G/10G/25G/40G/50G/100G | OM5 | 850 - 950 nm | 60:40 | LC | LC | Dual-TAP |
PRP-OM5-DLL-60-ERW | 100M/1G/10G/25G/40G/50G/100G | OM5 | 850 - 950 nm | 60:40 | LC | LC | Dual-TAP |
PRP-OM5-DLL-70 | 100M/1G/10G/25G/40G/50G/100G | OM5 | 850 - 950 nm | 70:30 | LC | LC | Dual-TAP |
PRP-OM5-DLL-70-ERW | 100M/1G/10G/25G/40G/50G/100G | OM5 | 850 - 950 nm | 70:30 | LC | LC | Dual-TAP |
PRP-OM5-SML-50 | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 50:50 | MTP® | LC | Single-TAP |
PRP-OM5-SML-50-ERW | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 50:50 | MTP® | LC | Single-TAP |
PRP-OM5-SML-60 | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 60:40 | MTP® | LC | Single-TAP |
PRP-OM5-SML-60-ERW | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 60:40 | MTP® | LC | Single-TAP |
PRP-OM5-SML-70 | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 70:30 | MTP® | LC | Single-TAP |
PRP-OM5-SML-70-ERW | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 70:30 | MTP® | LC | Single-TAP |
PRP-OM5-DML-50 | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 50:50 | MTP® | LC | Dual-TAP |
PRP-OM5-DML-50-ERW | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 50:50 | MTP® | LC | Dual-TAP |
PRP-OM5-DML-60 | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 60:40 | MTP® | LC | Dual-TAP |
PRP-OM5-DML-60-ERW | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 60:40 | MTP® | LC | Dual-TAP |
PRP-OM5-DML-70 | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 70:30 | MTP® | LC | Dual-TAP |
PRP-OM5-DML-70-ERW | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 70:30 | MTP® | LC | Dual-TAP |
PRP-OM5-SMM-50 | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 50:50 | MTP® | MTP® | Single-TAP |
PRP-OM5-SMM-50-ERW | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 50:50 | MTP® | MTP® | Single-TAP |
PRP-OM5-SMM-60 | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 60:40 | MTP® | MTP® | Single-TAP |
PRP-OM5-SMM-60-ERW | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 60:40 | MTP® | MTP® | Single-TAP |
PRP-OM5-SMM-70 | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 70:30 | MTP® | MTP® | Single-TAP |
PRP-OM5-SMM-70-ERW | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 70:30 | MTP® | MTP® | Single-TAP |
PRP-OM5-DMM-50 | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 50:50 | MTP® | MTP® | Dual-TAP |
PRP-OM5-DMM-50-ERW | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 50:50 | MTP® | MTP® | Dual-TAP |
PRP-OM5-DMM-60 | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 60:40 | MTP® | MTP® | Dual-TAP |
PRP-OM5-DMM-60-ERW | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 60:40 | MTP® | MTP® | Dual-TAP |
PRP-OM5-DMM-70 | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 70:30 | MTP® | MTP® | Dual-TAP |
PRP-OM5-DMM-70-ERW | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 70:30 | MTP® | MTP® | Dual-TAP |
PacketRaven SECURE Multimode OM4 FIBER-TAP MODELLE | |||||||
---|---|---|---|---|---|---|---|
All TAPs for fiber type OM4 are also OM3 compatible! The TAPs whose item numbers end in „-ERW“ have a special front panel to allow them to be installed in our server cabinet mounting frame PRP-1U3! |
|||||||
Article No. |
Network | Fiber type |
Wave- length |
Split Ratio | Conn. NET. | Conn. MON. | TAP Version |
PRP-OM4-SLL-50-S | 100M/1G/10G/25G | OM4 | 850 nm | 50:50 | LC | LC | Single TAP |
PRP-OM4-SLL-50-S-ERW | 100M/1G/10G/25G | OM4 | 850 nm | 50:50 | LC | LC | Single TAP |
PRP-OM4-SLL-60-S | 100M/1G/10G/25G | OM4 | 850 nm | 60:40 | LC | LC | Single TAP |
PRP-OM4-SLL-60-S-ERW | 100M/1G/10G/25G | OM4 | 850 nm | 60:40 | LC | LC | Single TAP |
PRP-OM4-SLL-70-S | 100M/1G/10G/25G | OM4 | 850 nm | 70:30 | LC | LC | Single TAP |
PRP-OM4-SLL-70-S-ERW | 100M/1G/10G/25G | OM4 | 850 nm | 70:30 | LC | LC | Single TAP |
PRP-OM4-DLL-50-S | 100M/1G/10G/25G | OM4 | 850 nm | 50:50 | LC | LC | Dual TAP |
PRP-OM4-DLL-50-S-ERW | 100M/1G/10G/25G | OM4 | 850 nm | 50:50 | LC | LC | Dual TAP |
PRP-OM4-DLL-60-S | 100M/1G/10G/25G | OM4 | 850 nm | 60:40 | LC | LC | Dual TAP |
PRP-OM4-DLL-60-S-ERW | 100M/1G/10G/25G | OM4 | 850 nm | 60:40 | LC | LC | Dual TAP |
PRP-OM4-DLL-70-S | 100M/1G/10G/25G | OM4 | 850 nm | 70:30 | LC | LC | Dual TAP |
PRP-OM4-DLL-70-S-ERW | 100M/1G/10G/25G | OM4 | 850 nm | 70:30 | LC | LC | Dual TAP |
PRP-OM4-SML-50-S | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 50:50 | MTP® | LC | Single TAP |
PRP-OM4-SML-50-S-ERW | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 50:50 | MTP® | LC | Single TAP |
PRP-OM4-SML-60-S | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 60:40 | MTP® | LC | Single TAP |
PRP-OM4-SML-60-S-ERW | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 60:40 | MTP® | LC | Single TAP |
PRP-OM4-SML-70-S | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 70:30 | MTP® | LC | Single TAP |
PRP-OM4-SML-70-S-ERW | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 70:30 | MTP® | LC | Single TAP |
PRP-OM4-DML-50-S | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 50:50 | MTP® | LC | Dual TAP |
PRP-OM4-DML-50-S-ERW | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 50:50 | MTP® | LC | Dual TAP |
PRP-OM4-DML-60-S | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 60:40 | MTP® | LC | Dual TAP |
PRP-OM4-DML-60-S-ERW | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 60:40 | MTP® | LC | Dual TAP |
PRP-OM4-DML-70-S | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 70:30 | MTP® | LC | Dual TAP |
PRP-OM4-DML-70-S-ERW | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 70:30 | MTP® | LC | Dual TAP |
PRP-OM4-SMM-50-S | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 50:50 | MTP® | MTP® | Single TAP |
PRP-OM4-SMM-50-S-ERW | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 50:50 | MTP® | MTP® | Single TAP |
PRP-OM4-SMM-60-S | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 60:40 | MTP® | MTP® | Single TAP |
PRP-OM4-SMM-60-S-ERW | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 60:40 | MTP® | MTP® | Single TAP |
PRP-OM4-SMM-70-S | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 70:30 | MTP® | MTP® | Single TAP |
PRP-OM4-SMM-70-S-ERW | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 70:30 | MTP® | MTP® | Single TAP |
PRP-OM4-DMM-50-S | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 50:50 | MTP® | MTP® | Dual TAP |
PRP-OM4-DMM-50-S-ERW | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 50:50 | MTP® | MTP® | Dual TAP |
PRP-OM4-DMM-60-S | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 60:40 | MTP® | MTP® | Dual TAP |
PRP-OM4-DMM-60-S-ERW | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 60:40 | MTP® | MTP® | Dual TAP |
PRP-OM4-DMM-70-S | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 70:30 | MTP® | MTP® | Dual TAP |
PRP-OM4-DMM-70-S-ERW | 100M/1G/10G/ 25G/40G/50G/100G | OM4 | 850 nm | 70:30 | MTP® | MTP® | Dual TAP |
PacketRaven SECURE Multimode OM5 FIBER-TAP MODELLE | |||||||
---|---|---|---|---|---|---|---|
The TAPs whose item numbers end in „-ERW“ have a special front panel to allow them to be installed in our server cabinet mounting frame PRP-1U3! |
|||||||
Article No. |
Network | Fiber type |
Wave- length |
Split Ratio | Conn. NET. | Conn. MON. | TAP Version |
PRP-OM5-SLL-50-S | 100M/1G/10G/25G/40G/50G/100G | OM5 | 850 nm - 950 nm | 50:50 | LC | LC | Single TAP |
PRP-OM5-SLL-50-S-ERW | 100M/1G/10G/25G/40G/50G/100G | OM5 | 850 nm - 950 nm | 50:50 | LC | LC | Single TAP |
PRP-OM5-SLL-60-S | 100M/1G/10G/25G/40G/50G/100G | OM5 | 850 nm - 950 nm | 60:40 | LC | LC | Single TAP |
PRP-OM5-SLL-60-S-ERW | 100M/1G/10G/25G/40G/50G/100G | OM5 | 850 nm - 950 nm | 60:40 | LC | LC | Single TAP |
PRP-OM5-SLL-70-S | 100M/1G/10G/25G/40G/50G/100G | OM5 | 850 nm - 950 nm | 70:30 | LC | LC | Single TAP |
PRP-OM5-SLL-70-S-ERW | 100M/1G/10G/25G/40G/50G/100G | OM5 | 850 nm - 950 nm | 70:30 | LC | LC | Single TAP |
PRP-OM5-DLL-50-S | 100M/1G/10G/25G/40G/50G/100G | OM5 | 850 - 950 nm | 50:50 | LC | LC | Dual TAP |
PRP-OM5-DLL-50-S-ERW | 100M/1G/10G/25G/40G/50G/100G | OM5 | 850 - 950 nm | 50:50 | LC | LC | Dual TAP |
PRP-OM5-DLL-60-S | 100M/1G/10G/25G/40G/50G/100G | OM5 | 850 - 950 nm | 60:40 | LC | LC | Dual TAP |
PRP-OM5-DLL-60-S-ERW | 100M/1G/10G/25G/40G/50G/100G | OM5 | 850 - 950 nm | 60:40 | LC | LC | Dual TAP |
PRP-OM5-DLL-70-S | 100M/1G/10G/25G/40G/50G/100G | OM5 | 850 - 950 nm | 70:30 | LC | LC | Dual TAP |
PRP-OM5-DLL-70-S-ERW | 100M/1G/10G/25G/40G/50G/100G | OM5 | 850 - 950 nm | 70:30 | LC | LC | Dual TAP |
PRP-OM5-SML-50-S | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 50:50 | MTP® | LC | Single TAP |
PRP-OM5-SML-50-S-ERW | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 50:50 | MTP® | LC | Single TAP |
PRP-OM5-SML-60-S | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 60:40 | MTP® | LC | Single TAP |
PRP-OM5-SML-60-S-ERW | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 60:40 | MTP® | LC | Single TAP |
PRP-OM5-SML-70-S | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 70:30 | MTP® | LC | Single TAP |
PRP-OM5-SML-70-S-ERW | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 70:30 | MTP® | LC | Single TAP |
PRP-OM5-DML-50-S | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 50:50 | MTP® | LC | Dual TAP |
PRP-OM5-DML-50-S-ERW | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 50:50 | MTP® | LC | Dual TAP |
PRP-OM5-DML-60-S | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 60:40 | MTP® | LC | Dual TAP |
PRP-OM5-DML-60-S-ERW | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 60:40 | MTP® | LC | Dual TAP |
PRP-OM5-DML-70-S | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 70:30 | MTP® | LC | Dual TAP |
PRP-OM5-DML-70-S-ERW | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 70:30 | MTP® | LC | Dual TAP |
PRP-OM5-SMM-50-S | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 50:50 | MTP® | MTP® | Single TAP |
PRP-OM5-SMM-50-S-ERW | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 50:50 | MTP® | MTP® | Single TAP |
PRP-OM5-SMM-60-S | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 60:40 | MTP® | MTP® | Single TAP |
PRP-OM5-SMM-60-S-ERW | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 60:40 | MTP® | MTP® | Single TAP |
PRP-OM5-SMM-70-S | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 70:30 | MTP® | MTP® | Single TAP |
PRP-OM5-SMM-70-S-ERW | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 70:30 | MTP® | MTP® | Single TAP |
PRP-OM5-DMM-50-S | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 50:50 | MTP® | MTP® | Dual TAP |
PRP-OM5-DMM-50-S-ERW | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 50:50 | MTP® | MTP® | Dual TAP |
PRP-OM5-DMM-60-S | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 60:40 | MTP® | MTP® | Dual TAP |
PRP-OM5-DMM-60-S-ERW | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 60:40 | MTP® | MTP® | Dual TAP |
PRP-OM5-DMM-70-S | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 70:30 | MTP® | MTP® | Dual TAP |
PRP-OM5-DMM-70-S-ERW | 100M/1G/10G/25G/40G/ 50G/100G/200G/400G | OM5 | 850 nm - 950 nm | 70:30 | MTP® | MTP® | Dual TAP |
Hybrid 100M & 1G Multimode Fiber TAPs
w/ Data Diode Function
Hybrid Fiber TAPs with media conversion and signal regeneration are decoupling elements for passive, secure and reliable tapping of network data in optical networks. These TAPs are looped into the fibreoptic line to be monitored and route out the entire data traffic while maintaining data integrity, without interruption and without packet loss.
Furthermore, our hybrid TAPs are passive on the network side, which means that there is no interruption of network traffic in the event of a power failure. In order to ensure the highest possible reliability on the monitoring side, our hybrid Fiber TAPs have redundant power supplies, but can also be additionally operated and protected with 12-48V DC voltage.
These Taps also work like a data diode and the monitoring ports are physically isolated from the network ports, which prevents access to the network via the monitoring ports on the hardware side for security reasons. Therefore, our hybrid Fiber TAPs guarantee a reliable network analysis or security investigation without compromise.
This range of our PacketRaven TAPs is designed as portable TAPs, but can also be installed in a 19“ mounting frame in data centres via a mounting kit and support a network speed of 100Mbps (100Base-FX) or 1G (1000Base-SX).
PacketRaven Hybrid OM3 Multimode Fiber TAP OPTIONS | |||||||
---|---|---|---|---|---|---|---|
The TAPs whose item numbers end in „-ERW“ have a special front panel to allow them to be installed in our server cabinet mounting frame PRP-1U3! |
|||||||
Article No. | Media Type | Network | Fiber Type | Wavelength | Spli Ratio | Connector NET. | Connector MON. |
PRP-OM3FX-SLC-50 | 100Base-FX | 100M | OM3 | 1310 nm | 50:50 | LC Multimode | RJ45 |
PRP-OM3FX-SLC-50-ERW | 100Base-FX | 100M | OM3 | 1310 nm | 50:50 | LC Multimode | RJ45 |
PRP-OM3FX-SLC-60 | 100Base-FX | 100M | OM3 | 1310 nm | 60:40 | LC Multimode | RJ45 |
PRP-OM3FX-SLC-60-ERW | 100Base-FX | 100M | OM3 | 1310 nm | 60:40 | LC Multimode | RJ45 |
PRP-OM3FX-SLC-70 | 100Base-FX | 100M | OM3 | 1310 nm | 70:30 | LC Multimode | RJ45 |
PRP-OM3FX-SLC-70-ERW | 100Base-FX | 100M | OM3 | 1310 nm | 70:30 | LC Multimode | RJ45 |
PRP-OM3FX-SLS-50 | 100Base-FX | 100M | OM3 | 1310 nm | 50:50 | LC Multimode | SFP |
PRP-OM3FX-SLS-50-ERW | 100Base-FX | 100M | OM3 | 1310 nm | 50:50 | LC Multimode | SFP |
PRP-OM3FX-SLS-60 | 100Base-FX | 100M | OM3 | 1310 nm | 60:40 | LC Multimode | SFP |
PRP-OM3FX-SLS-60-ERW | 100Base-FX | 100M | OM3 | 1310 nm | 60:40 | LC Multimode | SFP |
PRP-OM3FX-SLS-70 | 100Base-FX | 100M | OM3 | 1310 nm | 70:30 | LC Multimode | SFP |
PRP-OM3FX-SLS-70-ERW | 100Base-FX | 100M | OM3 | 1310 nm | 70:30 | LC Multimode | SFP |
PacketRaven Hybrid OM4 Multimode Fiber TAP OPTIONS | |||||||
---|---|---|---|---|---|---|---|
All TAPs for fiber type OM4 are also OM3 compatible! The TAPs whose item numbers end in „-ERW“ have a special front panel to allow them to be installed in our server cabinet mounting frame PRP-1U3! |
|||||||
Article No. | Media Type | Network | Fiber Type | Wavelength | Spli Ratio | Connector NET. | Connector MON. |
PRP-OM4FX-SLC-50 | 100Base-FX | 100M | OM4 | 1310 nm | 50:50 | LC Multimode | RJ45 |
PRP-OM4FX-SLC-50-ERW | 100Base-FX | 100M | OM4 | 1310 nm | 50:50 | LC Multimode | RJ45 |
PRP-OM4FX-SLC-60 | 100Base-FX | 100M | OM4 | 1310 nm | 60:40 | LC Multimode | RJ45 |
PRP-OM4FX-SLC-60-ERW | 100Base-FX | 100M | OM4 | 1310 nm | 60:40 | LC Multimode | RJ45 |
PRP-OM4FX-SLC-70 | 100Base-FX | 100M | OM4 | 1310 nm | 70:30 | LC Multimode | RJ45 |
PRP-OM4FX-SLC-70-ERW | 100Base-FX | 100M | OM4 | 1310 nm | 70:30 | LC Multimode | RJ45 |
PRP-OM4FX-SLS-50 | 100Base-FX | 100M | OM4 | 1310 nm | 50:50 | LC Multimode | SFP |
PRP-OM4FX-SLS-50-ERW | 100Base-FX | 100M | OM4 | 1310 nm | 50:50 | LC Multimode | SFP |
PRP-OM4FX-SLS-60 | 100Base-FX | 100M | OM4 | 1310 nm | 60:40 | LC Multimode | SFP |
PRP-OM4FX-SLS-60-ERW | 100Base-FX | 100M | OM4 | 1310 nm | 60:40 | LC Multimode | SFP |
PRP-OM4FX-SLS-70 | 100Base-FX | 100M | OM4 | 1310 nm | 70:30 | LC Multimode | SFP |
PRP-OM4FX-SLS-70-ERW | 100Base-FX | 100M | OM4 | 1310 nm | 70:30 | LC Multimode | SFP |
PRP-OM4-SLC-50 | 1000Base-SX | 1G | OM4 | 850 nm | 50:50 | LC Multimode | RJ45 |
PRP-OM4-SLC-50-ERW | 1000Base-SX | 1G | OM4 | 850 nm | 50:50 | LC Multimode | RJ45 |
PRP-OM4-SLC-60 | 1000Base-SX | 1G | OM4 | 850 nm | 60:40 | LC Multimode | RJ45 |
PRP-OM4-SLC-60-ERW | 1000Base-SX | 1G | OM4 | 850 nm | 60:40 | LC Multimode | RJ45 |
PRP-OM4-SLC-70 | 1000Base-SX | 1G | OM4 | 850 nm | 70:30 | LC Multimode | RJ45 |
PRP-OM4-SLC-70-ERW | 1000Base-SX | 1G | OM4 | 850 nm | 70:30 | LC Multimode | RJ45 |
PRP-OM4-SLS-50 | 1000Base-SX | 1G | OM4 | 850 nm | 50:50 | LC Multimode | SFP |
PRP-OM4-SLS-50-ERW | 1000Base-SX | 1G | OM4 | 850 nm | 50:50 | LC Multimode | SFP |
PRP-OM4-SLS-60 | 1000Base-SX | 1G | OM4 | 850 nm | 60:40 | LC Multimode | SFP |
PRP-OM4-SLS-60-ERW | 1000Base-SX | 1G | OM4 | 850 nm | 60:40 | LC Multimode | SFP |
PRP-OM4-SLS-70 | 1000Base-SX | 1G | OM4 | 850 nm | 70:30 | LC Multimode | SFP |
PRP-OM4-SLS-70-ERW | 1000Base-SX | 1G | OM4 | 850 nm | 70:30 | LC Multimode | SFP |
PacketRaven Hybrid OM5 Multimode Fiber TAP OPTIONS | |||||||
---|---|---|---|---|---|---|---|
The TAPs whose item numbers end in „-ERW“ have a special front panel to allow them to be installed in our server cabinet mounting frame PRP-1U3! |
|||||||
Article No. | Media Type | Network | Fiber Type | Wavelength | Spli Ratio | Connector NET. | Connector MON. |
PRP-OM5-SLC-50 | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 50:50 | LC Multimode | RJ45 |
PRP-OM5-SLC-50-ERW | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 50:50 | LC Multimode | RJ45 |
PRP-OM5-SLC-60 | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 60:40 | LC Multimode | RJ45 |
PRP-OM5-SLC-60-ERW | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 60:40 | LC Multimode | RJ45 |
PRP-OM5-SLC-70 | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 70:30 | LC Multimode | RJ45 |
PRP-OM5-SLC-70-ERW | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 70:30 | LC Multimode | RJ45 |
PRP-OM5-SLS-50 | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 50:50 | LC Multimode | SFP |
PRP-OM5-SLS-50-ERW | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 50:50 | LC Multimode | SFP |
PRP-OM5-SLS-60 | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 60:40 | LC Multimode | SFP |
PRP-OM5-SLS-60-ERW | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 60:40 | LC Multimode | SFP |
PRP-OM5-SLS-70 | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 70:30 | LC Multimode | SFP |
PRP-OM5-SLS-70-ERW | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 70:30 | LC Multimode | SFP |
PacketRaven Hardened Hybrid OM3 Multimode Fiber TAP Models | ||||||||
---|---|---|---|---|---|---|---|---|
The TAPs whose item numbers end in „-ERW“ have a special front panel to allow them to be installed in our server cabinet mounting frame PRP-1U3! |
||||||||
Article No. | Media Type | Network | Fiber Type | Wavelength | Spli Ratio | Connector NET. | Connector MON. | TAP Modes |
PRP-OM3FX-SLC-50-100MA-S | 100Base-FX | 100M | OM3 | 1310 nm | 50:50 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OM3FX-SLC-50-100MA-S-ERW | 100Base-FX | 100M | OM3 | 1310 nm | 50:50 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OM3FX-SLC-60-100MA-S | 100Base-FX | 100M | OM3 | 1310 nm | 60:40 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OM3FX-SLC-60-100MA-S-ERW | 100Base-FX | 100M | OM3 | 1310 nm | 60:40 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OM3FX-SLC-70-100MA-S | 100Base-FX | 100M | OM3 | 1310 nm | 70:30 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OM3FX-SLC-70-100MA-S-ERW | 100Base-FX | 100M | OM3 | 1310 nm | 70:30 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OM3FX-SLC-50-100MAO-S | 100Base-FX | 100M | OM3 | 1310 nm | 50:50 | LC | RJ45 | Aggregation |
PRP-OM3FX-SLC-50-100MAO-S-ERW | 100Base-FX | 100M | OM3 | 1310 nm | 50:50 | LC | RJ45 | Aggregation |
PRP-OM3FX-SLC-60-100MAO-S | 100Base-FX | 100M | OM3 | 1310 nm | 60:40 | LC | RJ45 | Aggregation |
PRP-OM3FX-SLC-60-100MAO-S-ERW | 100Base-FX | 100M | OM3 | 1310 nm | 60:40 | LC | RJ45 | Aggregation |
PRP-OM3FX-SLC-70-100MAO-S | 100Base-FX | 100M | OM3 | 1310 nm | 70:30 | LC | RJ45 | Aggregation |
PRP-OM3FX-SLC-70-100MAO-S-ERW | 100Base-FX | 100M | OM3 | 1310 nm | 70:30 | LC | RJ45 | Aggregation |
PRP-OM3FX-SLC-50-100MBO-S | 100Base-FX | 100M | OM3 | 1310 nm | 50:50 | LC | RJ45 | Breakout |
PRP-OM3FX-SLC-50-100MBO-S-ERW | 100Base-FX | 100M | OM3 | 1310 nm | 50:50 | LC | RJ45 | Breakout |
PRP-OM3FX-SLC-60-100MBO-S | 100Base-FX | 100M | OM3 | 1310 nm | 60:40 | LC | RJ45 | Breakout |
PRP-OM3FX-SLC-60-100MBO-S-ERW | 100Base-FX | 100M | OM3 | 1310 nm | 60:40 | LC | RJ45 | Breakout |
PRP-OM3FX-SLC-70-100MBO-S | 100Base-FX | 100M | OM3 | 1310 nm | 70:30 | LC | RJ45 | Breakout |
PRP-OM3FX-SLC-70-100MBO-S-ERW | 100Base-FX | 100M | OM3 | 1310 nm | 70:30 | LC | RJ45 | Breakout |
PacketRaven HARDENED Hybrid OM4 Multimode Fiber TAP Models | ||||||||
---|---|---|---|---|---|---|---|---|
All TAPs for fiber type OM4 are also OM3 compatible! The TAPs whose item numbers end in „-ERW“ have a special front panel to allow them to be installed in our server cabinet mounting frame PRP-1U3! |
||||||||
Article No. | Media Type | Network | Fiber Type | Wavelength | Spli Ratio | Connector NET. | Connector MON. | TAP Modes |
PRP-OM4FX-SLC-50-100MA-S | 100Base-FX | 100M | OM4 | 1310 nm | 50:50 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OM4FX-SLC-50-100MA-S-ERW | 100Base-FX | 100M | OM4 | 1310 nm | 50:50 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OM4FX-SLC-60-100MA-S | 100Base-FX | 100M | OM4 | 1310 nm | 60:40 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OM4FX-SLC-60-100MA-S-ERW | 100Base-FX | 100M | OM4 | 1310 nm | 60:40 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OM4FX-SLC-70-100MA-S | 100Base-FX | 100M | OM4 | 1310 nm | 70:30 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OM4FX-SLC-70-100MA-S-ERW | 100Base-FX | 100M | OM4 | 1310 nm | 70:30 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OM4FX-SLC-50-100MAO-S | 100Base-FX | 100M | OM4 | 1310 nm | 50:50 | LC | RJ45 | Aggregation |
PRP-OM4FX-SLC-50-100MAO-S-ERW | 100Base-FX | 100M | OM4 | 1310 nm | 50:50 | LC | RJ45 | Aggregation |
PRP-OM4FX-SLC-60-100MAO-S | 100Base-FX | 100M | OM4 | 1310 nm | 60:40 | LC | RJ45 | Aggregation |
PRP-OM4FX-SLC-60-100MAO-S-ERW | 100Base-FX | 100M | OM4 | 1310 nm | 60:40 | LC | RJ45 | Aggregation |
PRP-OM4FX-SLC-70-100MAO-S | 100Base-FX | 100M | OM4 | 1310 nm | 70:30 | LC | RJ45 | Aggregation |
PRP-OM4FX-SLC-70-100MAO-S-ERW | 100Base-FX | 100M | OM4 | 1310 nm | 70:30 | LC | RJ45 | Aggregation |
PRP-OM4FX-SLC-50-100MBO-S | 100Base-FX | 100M | OM4 | 1310 nm | 50:50 | LC | RJ45 | Breakout |
PRP-OM4FX-SLC-50-100MBO-S-ERW | 100Base-FX | 100M | OM4 | 1310 nm | 50:50 | LC | RJ45 | Breakout |
PRP-OM4FX-SLC-60-100MBO-S | 100Base-FX | 100M | OM4 | 1310 nm | 60:40 | LC | RJ45 | Breakout |
PRP-OM4FX-SLC-60-100MBO-S-ERW | 100Base-FX | 100M | OM4 | 1310 nm | 60:40 | LC | RJ45 | Breakout |
PRP-OM4FX-SLC-70-100MBO-S | 100Base-FX | 100M | OM4 | 1310 nm | 70:30 | LC | RJ45 | Breakout |
PRP-OM4FX-SLC-70-100MBO-S-ERW | 100Base-FX | 100M | OM4 | 1310 nm | 70:30 | LC | RJ45 | Breakout |
Hardened OM4 1000BASE-SX Multimode FIBER-TAP MODELLE | ||||||||
---|---|---|---|---|---|---|---|---|
All TAPs for fiber type OM4 are also OM3 compatible! The TAPs whose item numbers end in „-ERW“ have a special front panel to allow them to be installed in our server cabinet mounting frame PRP-1U3! |
||||||||
Article No. | Media Type | Network | Fiber Type | Wavelength | Spli Ratio | Connector NET. | Connector MON. | TAP Modes |
PRP-OM4-SLC-50-1GA-S | 1000Base-SX | 1G | OM4 | 850 nm | 50:50 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OM4-SLC-50-1GA-S-ERW | 1000Base-SX | 1G | OM4 | 850 nm | 50:50 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OM4-SLC-60-1GA-S | 1000Base-SX | 1G | OM4 | 850 nm | 60:40 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OM4-SLC-60-1GA-S-ERW | 1000Base-SX | 1G | OM4 | 850 nm | 60:40 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OM4-SLC-70-1GA-S | 1000Base-SX | 1G | OM4 | 850 nm | 70:30 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OM4-SLC-70-1GA-S-ERW | 1000Base-SX | 1G | OM4 | 850 nm | 70:30 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OM4-SLC-50-1GAO-S | 1000Base-SX | 1G | OM4 | 850 nm | 50:50 | LC | RJ45 | Aggregation |
PRP-OM4-SLC-50-1GAO-S-ERW | 1000Base-SX | 1G | OM4 | 850 nm | 50:50 | LC | RJ45 | Aggregation |
PRP-OM4-SLC-60-1GAO-S | 1000Base-SX | 1G | OM4 | 850 nm | 60:40 | LC | RJ45 | Aggregation |
PRP-OM4-SLC-60-1GAO-S-ERW | 1000Base-SX | 1G | OM4 | 850 nm | 60:40 | LC | RJ45 | Aggregation |
PRP-OM4-SLC-70-1GAO-S | 1000Base-SX | 1G | OM4 | 850 nm | 70:30 | LC | RJ45 | Aggregation |
PRP-OM4-SLC-70-1GAO-S-ERW | 1000Base-SX | 1G | OM4 | 850 nm | 70:30 | LC | RJ45 | Aggregation |
PRP-OM4-SLC-50-1GBO-S | 1000Base-SX | 1G | OM4 | 850 nm | 50:50 | LC | RJ45 | Breakout |
PRP-OM4-SLC-50-1GBO-S-ERW | 1000Base-SX | 1G | OM4 | 850 nm | 50:50 | LC | RJ45 | Breakout |
PRP-OM4-SLC-60-1GBO-S | 1000Base-SX | 1G | OM4 | 850 nm | 60:40 | LC | RJ45 | Breakout |
PRP-OM4-SLC-60-1GBO-S-ERW | 1000Base-SX | 1G | OM4 | 850 nm | 60:40 | LC | RJ45 | Breakout |
PRP-OM4-SLC-70-1GBO-S | 1000Base-SX | 1G | OM4 | 850 nm | 70:30 | LC | RJ45 | Breakout |
PRP-OM4-SLC-70-1GBO-S-ERW | 1000Base-SX | 1G | OM4 | 850 nm | 70:30 | LC | RJ45 | Breakout |
HARDENED OM5 1000BASE-SX Multimode FIBER-TAP MODELS | ||||||||
---|---|---|---|---|---|---|---|---|
The TAPs whose item numbers end in „-ERW“ have a special front panel to allow them to be installed in our server cabinet mounting frame PRP-1U3! |
||||||||
Article No. | Media Type | Network | Fiber Type | Wavelength | Spli Ratio | Connector NET. | Connector MON. | TAP Modes |
PRP-OM5-SLC-50-1GA-S | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 50:50 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OM5-SLC-50-1GA-S-ERW | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 50:50 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OM5-SLC-60-1GA-S | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 60:40 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OM5-SLC-60-1GA-S-ERW | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 60:40 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OM5-SLC-70-1GA-S | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 70:30 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OM5-SLC-70-1GA-S-ERW | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 70:30 | LC | RJ45 | Aggregation, Breakout, Regeneration |
PRP-OM5-SLC-50-1GAO-S | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 50:50 | LC | RJ45 | Aggregation |
PRP-OM5-SLC-50-1GAO-S-ERW | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 50:50 | LC | RJ45 | Aggregation |
PRP-OM5-SLC-60-1GAO-S | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 60:40 | LC | RJ45 | Aggregation |
PRP-OM5-SLC-60-1GAO-S-ERW | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 60:40 | LC | RJ45 | Aggregation |
PRP-OM5-SLC-70-1GAO-S | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 70:30 | LC | RJ45 | Aggregation |
PRP-OM5-SLC-70-1GAO-S-ERW | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 70:30 | LC | RJ45 | Aggregation |
PRP-OM5-SLC-50-1GBO-S | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 50:50 | LC | RJ45 | Breakout |
PRP-OM5-SLC-50-1GBO-S-ERW | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 50:50 | LC | RJ45 | Breakout |
PRP-OM5-SLC-60-1GBO-S | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 60:40 | LC | RJ45 | Breakout |
PRP-OM5-SLC-60-1GBO-S-ERW | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 60:40 | LC | RJ45 | Breakout |
PRP-OM5-SLC-70-1GBO-S | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 70:30 | LC | RJ45 | Breakout |
PRP-OM5-SLC-70-1GBO-S-ERW | 1000Base-SX | 1G | OM5 | 850 nm - 950 nm | 70:30 | LC | RJ45 | Breakout |
DIMENSIONS (WxHxD) / WEIGHT | CERTIFICATIONS |
---|---|
10.60 cm x 3.50 cm x 16.40 cm / ca. 0.5 kg | CE, FCC, RoHS, WEEE, EN55032 KL. A/B, EN55035, EN61000-3-2, EN61000-3-3, EN61000-6-2 |
Maximum Insertion Loss | |||
---|---|---|---|
Split Ratio (more on request) | 50:50 | 60:40 | 70:30 |
Multimode OM3, OM4, OM5 | 3.8 dB / 3.8 dB | 2.8 dB / 4.8 dB | 2.2 dB / 6.1 dB |
Network TAPs ACCESSORIES
ARTICLE NO. | DESCRIPTION |
---|---|
PRP-1U3 | Server rack mounting frame for 3 Portable TAPs |
PRP-1U3-BP | Blank plate for mounting frame (see center in photo) |
ARTICLE NO. | FIBRE TYPE | DIAMETER | DESCRIPTION | CABLE LENGTH |
---|---|---|---|---|
NX-LC-Y-PC-OS2-1M | OS2* | 3.0mm | Y-Kabel / Special Patchcord LC/PC-LC/PC Duplex |
1m |
NX-LC-Y-PC-OS2-2M | OS2* | 3.0mm | Y-Kabel / Special Patchcord LC/PC-LC/PC Duplex |
2m |
NX-LC-Y-PC-OS2-3M | OS2* | 3.0mm | Y-Kabel / Special Patchcord LC/PC-LC/PC Duplex |
3m |
NX-LC-Y-PC-OS2-5M | OS2* | 3.0mm | Y-Kabel / Special Patchcord LC/PC-LC/PC Duplex |
5m |
NX-LC-Y-PC-OM4-1M | OM4 | 3.0mm | Y-Kabel / Special Patchcord LC/PC-LC/PC Duplex |
1m |
NX-LC-Y-PC-OM4-2M | OM4 | 3.0mm | Y-Kabel / Special Patchcord LC/PC-LC/PC Duplex |
2m |
NX-LC-Y-PC-OM4-3M | OM4 | 3.0mm | Y-Kabel / Special Patchcord LC/PC-LC/PC Duplex |
3m |
NX-LC-Y-PC-OM4-5M | OM4 | 3.0mm | Y-Kabel / Special Patchcord LC/PC-LC/PC Duplex |
5m |
NX-LC-Y-PC-OM5-1M | OM5 | 3.0mm | Y-Kabel / Special Patchcord LC/PC-LC/PC Duplex |
1m |
NX-LC-Y-PC-OM5-2M | OM5 | 3.0mm | Y-Kabel / Special Patchcord LC/PC-LC/PC Duplex |
2m |
NX-LC-Y-PC-OM5-3M | OM5 | 3.0mm | Y-Kabel / Special Patchcord LC/PC-LC/PC Duplex |
3m |
NX-LC-Y-PC-OM5-5M | OM5 | 3.0mm | Y-Kabel / Special Patchcord LC/PC-LC/PC Duplex |
5m |
* OS1 compatible
Data Sheet - Y-Cables for Fiber TAPs
SERVICE-LEVEL
One year of Silver Support is included with our PacketRaven Network TAPs.
However, we offer the option of extending this period or opting for Gold Support instead.
The Gold Support extends the Silver Support by the possibility of an Advanced Replacement in case of a hardware defect.
More details about our service levels can be found here: Web Page - Service Levels
Alternatively, to download our Service Level PDF: PDF - Service Levels