Purpose built for packet capture
Endace Probes offer unparalleled performance, value and flexibility. Based on our proprietary DAG® Technology, our Series 3000 and Series 7000 Probes are the product of more than ten years of research, testing and optimisation. They set new standards for port density and performance. They are designed from the ground up to capture, time-stamp, store and analyse your network traffic.
The product of experience
Born out of the need to supply our DAG® card customers with server hardware that was genuinely capable of running high speed packet analysis applications, we have developed our range of Probes.
By integrating our industry-leading DAG® cards into a highly optimised server solution which has been specifically designed to enable maximum I/O bandwidth between the DAG® cards, CPU, memory and storage we have been able to create our unique 3000 and 7000 Probes.
When combined with our Endace OSm software our 3000 and 7000 Probes are capable of capturing 100% of the packets on any interface up to 40Gb/s right across your network, aggregating the data and making it available to be analysed by any application you choose.
Unparalleled price performance
With up to 20 1GigE ports or 10 10GigE ports and 32TB of local storage on a single probe, the 3U 7000 probe raises the bar in terms of port-density, performance and value – allowing you to radically reduce the number of Probes required to build a comprehensive packet capture fabric.
Leveraging the latest quad-core Nehalem processor technology, Endace 3000 and 7000 Probes have the power to capture traffic at full line rate right up to 40Gb/s making them by far the most price competitive packet capture solutions on the market today.
The Endace 2000 Probe inherits much of the rich feature set of the 3000 and 7000 Probes, but with reduced hardware specifications. It is well suited to lower speed networks or deployments at the edge of your network.
| Model | 7000 | 3000 | 2000 |
|---|---|---|---|
| CPU Cores | 8 x 2.8Ghz | 8 x 2.8Ghz | 8 x 2.5Ghz |
| Processor Type | Intel 5500 Series (Nehalem) | Intel 5500 Series (Nehalem) | Intel 5400 Series |
| Memory | Up to 48GB DDR3 | Up to 48GB DDR3 | 16GB DDR2-667 |
| Storage | 16 x 2TB SATA | 4 x 2TB SATA | 3 x 1TB SATA |
| Power Supply | Redundant 1200W AC | Redundant 650W AC | Redundant 650W AC |
| Size | 3U 19" | 1U 19" | 1U 19" |
Any network, any speed
Regardless of the network interfaces you use, Endace Probes provide 100% packet capture across the full range enabling you to seamlessly capture traffic across your entire network. Probes can be upgraded over time to different port configurations as your needs change.
We are the only company to offer the full range of SONET / STM interfaces, making us the natural choice for organisations that are using a mix of different technologies, are considering upgrading to 10GE or who simply demand the power to see all.
| Interface Type | Packet Rate |
|---|---|
| Ethernet | 10Mbs, 100Mbps, 1GigE, 10GigE, 40GigE |
| Sonet/SDH | OC-3, OC-12, OC-48, OC-192 |
| STM | STM-1, STM-4, STM-16, STM-64 |
| PDH | T1,T3, E1, J1, J3 |
| InfiniBand* | SDR, DDR |
* Infiniband only available with specific software configuration
To 40Gb/s and beyond
Endace is aiding large carriers as they upgrade their high-speed backbones to deliver their customers a new range of product offerings - such as residential broadcast IPTV and video-on-demand.
Our Probes can be configured to deliver full line-rate capture and storage of data on heavily-loaded 40Gbps OC-768/STM-256 multiprotocol label switched (MPLS), packet over SONET (PoS) network segments.
Infiniband packet capture
As part of our commitment to cover every possible network interface we are now able to offer packet capture and analysis support for InfiniBand datagrams without directly affecting the operation of these low-tolerance computing networks.
Learn more about Infiniband packet capture
Your choice of Probe Operating System
Endace Probes can be configured with the Endace Open Development Environment (basic Linux) or with Endace OSm, which enables a broad range of core functionality as well as powerful deployment, configuration and management capabilities for both simple and complex Probe deployments.