Cisco Nexus3550T Kuwait

Description

Cisco Nexus3550T Network Switch Kuwait

The Cisco Nexus3550T Kuwait Programmable Switch Platform is a powerful top-of-rack Ethernet switch and application platform with a unique low-latency design. It offers comprehensive layer 2 and layer 3 switching capabilities. The device is built around a flexible FPGA device, offering long term feature enhancements, upgrades, and fixes, as well as a complete firmware development environment for custom applications.

The Cisco Nexus3550T Kuwait Programmable Network Platform has a fixed form factor that is built around a dynamically reconfigurable FPGA (Field Programmable Gate Array) and provides 48 ports that are 25G capable along with an x86 (Intel^® Atom^® processor with 8 cores up to 1.7 GHz)–management CPU. All 48 ports are directly connected to Xilinx Virtex UltraScale Plus VU35P FPGA with a “-3” speed grade. The FPGA has 8GB of High Bandwidth Memory (HBM) on board.

Features :

Ease of management

The Cisco Nexus3550T Kuwait Network Platform features a console port, a Micro USB port, a 1G RJ45 port, and a 10G SFP+ port, which can be used as management interfaces. The Cisco Nexus 3550-T Platform uses a Command Line Interface (CLI) designed to address the needs of low-latency FPGA configurations. Every command available on the CLI is also available via a remote JSON RPC API to make the Nexus 3550-T easy to operate and manage at scale.

The Cisco Nexus3550T Kuwait Programmable Network Platform includes standard enterprise manageability and deployment capability features such as automatic configuration (via DHCP), SNMP, TACACS+ authentication, on-board Python programmability, BASH shell access, and time-series logging.

Programmability

The Cisco Nexus3550T Kuwait Programmable Network Platform provides a powerful development framework to add application-specific intelligence to the Cisco Nexus 3550 FPGA Module using Cisco’s Nexus Firmware Development Kit (FDK). Our Cisco Nexus FDK provides all the required components to build, run, and maintain FPGA-based intelligent applications and accelerate network applications.