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Silicom Ltd. / Represented by Zenya Technology

Silicom Ltd. / Represented by Zenya Technology

Silicom Ltd. / 代理:辰亞科技

Silicom Ltd. / Represented by Zenya Technology Info

Booth Number:B55

Silicom was established in 1987 and is headquartered in Israel. It is a member of the RAD Group and is a listed company on NASDAQ in the United States and Israel. It is the leader in advanced Bypass Switch bypass switches, Bypass network cards, smart network cards, and 5G FPGA card solutions. A leading supplier in the industry. In Taiwan, the most representative companies in various industries such as telecommunications, finance, electronics, top 100 enterprises, government, military and police, colleges and universities, etc. are already Silicom's customers.

Silicom provides the industry's most advanced Bypass technology, including Bypass Switch and bypass network cards, which frees enterprises from the fear of network disconnection and improves data center efficiency, network equipment, and network bandwidth availability. In addition, 10G, 40G, and 100 high-speed traffic capture FPGA cards provide powerful fbCAPTURE API, bringing more reliable and flexible control solutions to the fields of telecommunications and communication monitoring and monitoring. Many world-class information security and network equipment manufacturers are Silicom's OEM customers, and they are constantly expanding the scope of cooperation and adopting Silicom products in larger quantities.

Products exhibited this time:

  1. 1/10/40/100 Gbps smart bypass switch (Bypass Switch) and TAP Switch.
  2. 1/10/40/100 Gbps Bypass Network Card.
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Products

Silicom Bypass Switch
Silicom Bypass Switch

Inline information security devices, such as NGFW, IPS, WAF, DDoS, SSL, and DPI, are the gatekeepers for enterprises to avoid being invaded by hackers or worms. It is necessary to deeply inspect each packet and confirm that it is safe before passing the packet. . Therefore, the complicated work requires a lot of CPU performance of the device, and the hardware and software must be well matched. The performance of the information security device is also closely related to the type and number of blocking rules. The traffic that can be processed is not equal to the interface speed. Therefore, It is inevitable that the occasional crash or the system is unstable at the initial stage of updating the software, etc., which will lead to the disconnection of the external network, which will cause immediate disasters and even loss of revenue for the enterprise. The function of the bypass switch minimizes the risk of this disconnection.

Silicom IBS(1G), IS40(10/40G), IS100(100G) Bypass Switches belong to the highest level of protection, with active and passive bypass capabilities, which can protect the network from monitoring The device has been disconnected from the network due to maintenance, downtime, or power outages. In addition to sending heartbeat packets for monitoring to monitor the information security host for bypass switching, it also monitors its own health status. It can also perform bypass switching when it crashes or is powered off without becoming a network host. point of failure.

It is generally believed that the most common causes of network disconnection of Inline information security equipment are: software instability, crash, wrong rule setting, attack, etc., or the traffic processing speed is very slow, but there is no disconnection. The ""half-dead"" state causes users to be unable to access the Internet; even if the HA architecture is used, when this happens, it is still necessary to manually unplug or power off the Active line to completely disconnect the Active line before HA routing can be activated. The expected built-in bypass network card cannot achieve the expected protection effect in the case of a crash, still causing the network Downn Time, and still need to deal with the disconnection problem manually, so more and more managers begin to pay attention to the difference in disconnection protection levels , and are willing to accept a more effective bypass switch disconnection protection scheme.

Network Visibility
4G 5G Adapter
4G 5G Adapter

Provide 4G/5G mobile network ACC100 FEC acceleration card, and exclusive Silicom time synchronization card, suitable for 5G DU, CU, RU, UPF and other ORAN and CORE network equipment.


5G Cybersecurity

Solutions

White Papers

Videos

Optimizing vRAN with Intel FPGA Platform | Webinar Feb 15 202

N6010/N6011 is a high-performance acceleration card based around Intel Agilex FPGA and Intel E810 Columbiaville NIC. This Platform offers high speed ethernet interface in the ranges of 100, 25, and 10 gigabit ethernet with SyncE support, and ability to support CPRI and eCPRI.

Silicom STS | Time Sync 5G Intel® based solution

Silicom Time SyncE Intel® based card provides a unique state of the art, cost effective time synchronization solution.

Silicom time synchronization solution based on Intel® technology is the perfect solution for time sync 5G requirements.