Vision X vs Gigamon GigaVUE-HC3
Tolly ran a comprehensive battery of performance tests comparing the Vision X with the Gigamon GigaVUE-HC3. In the end, thanks to the right system architecture including FPGA hardware acceleration, Vision X came out ahead with no dropped packets and superior performance across the board.
Read the report to learn how Tolly set up their tests and why application recognition, deduplication and other performance metrics matter.
- Easy-to-use web interface with point-and-click functionality
- Processes up to 2 Tbps per chassis
- Highly resilient, active-active inline and out-of-band capabilities
- Built-in line-rate filtering and lossless processing capabilities
- Flexibility with up to 60 multispeed ports ranging from 10 to 100G per chassis
- Simultaneous inline and out-of-band monitoring capabilities
- Supports Keysight Fabric Controller (KFC)
- 3 RU
Twice the Performance, None of the Dropped Packets
Vision X is Keysight's high-performance, high-density network visibility solution. In only three rack units, you can get up to 60 multispeed ports ranging from 10 to 100G. Each chassis processes up to 2 Tbps of data through dedicated FPGA hardware — so you can guarantee no packets are dropped, ever. With customizable, swappable module bays, Vision X scales with your needs without expanding its footprint.
Edge Computing is Driving Change in The Network
Devices and applications at the edge are flooding our networks with data — yet users are still unsatisfied.
They want more bandwidth and quicker connections.
The surge of data creates new demands that must be met with upgrades, updates, and changes to your network. Keysight's Vision X network packet broker is designed for growth and flexibility to meet your network requirements now and in the future. Maintain visibility and security at scale with Vision X.
Improve The ROI of Your Network Infrastructure
Read the eBook to learn how NPBs drive ROI.
It is vital to include an NPB like Vision X in your visibility architecture. One major benefit an NPB brings is an increase in return on investment (ROI) of your network infrastructure.
Built For Your Next-Generation Network
Maintain visibility as your data center evolves with the Vision X network packet broker. Next-generation technology upgrades are simple without replacing your existing security and monitoring tools.
Vision X enables you to see the data on your network. This gives you the information you need to make better business decisions and keep your network running smoothly today, tomorrow, and in the future.
Mobile Core Visibility With Vision X
Vision X is IFC Compatible
The Vision X network packet broker is compatible with Ixia's Fabric Controller (IFC) technology — an SDx (software-defined everything) controller for device management. IFC is a highly available, resilient, and easy-to-use, intelligent monitoring platform that works across physical and virtual network environments to give you visibility through a single pane of glass.
2019 Tokyo Interop Best of Show Special Prize Winner
Vision X won the Special Prize at Interop Tokyo's Best of Show Awards.
Inline and Out-of-Band Capabilities
Inspect live traffic for malware and attacks without risk to network availability. Keysight's solution for inline security ensures continuous security monitoring with fast failover and the ability to upgrade security solutions without downtime.
Deliver network traffic to your out-of-band monitoring tools with speed and accuracy. Keysight's dynamic filtering engine makes it easy to identify relevant interactions, even as your network grows and changes.
Stack up Keysight’s leading visibility intelligence features to optimize your traffic analysis and security tool performance. Used with a network packet broker, virtual or cloud platform, the extensive set of intelligent features allows you to modify, mold, and transport traffic specific to tool needs. Each feature is executed with a purpose-built design to ensure you get the best performance whether in a physical data center or the cloud. To learn more, click on each stack.