CX564P-N
4-6 Weeks’ Lead Time for CX564P-N
Asterfusion CX564 -N switch is a Top-of-Rack (TOR) or spine switch for high-performance data center, enterprises and cloud service providers’ network deployments. With 64 x 100G QSFP28 interfaces where line-rate L2/ L3 up to 12.8 Tbps switching performance of Marvell Teralynx is paired with ultra-low-latency feature. It is well suited for cloud,NVME,AI and HPC latency-sensitive applications.
Asterfusion CX564P-N:
64-Port 100GbE QSFP28 Low latency Data Center leaf /Spine Switch,SONiC NOS Prelaod,Marvell Teralynx,For Enterprises, AI, HPC ,Ceph and NVME
64-Port 100GbE QSFP28 Low latency Data Center leaf /Spine Switch,SONiC NOS Prelaod,Marvell Teralynx,For Enterprises, AI, HPC ,Ceph and NVME
64x 100Gb QSFP28 Leaf or top-of-rack (ToR)/Spine switch
- 10/25G for servers, 40/50/100G uplinks for spine switches.
- The compact 1U switch can be deployed as a leaf or top-of-rack (ToR) switch supporting 10/25GbE to servers with 40/50/100GbE, or as a spine switch supporting 40/50/100GbE spine interconnects.
- Each QSFP28 port can be configured as 40/100GbE, or as 4x 10/25GbE or 2x 50GbE via breakout cables.
64-Port QSFP28 is Open Hardware Architecture
Open Network Operating System-SONiC Enterprise Distribution AsterNOS
Enabling simple, plug-and-play deployments,Asterfusion CX-M campus switch is delivered as an integrated, turnkey solution. It shipped with AsterNOS operating system, which is a feature-rich and high-quality enterprise NOS distribution of SONiC.
Compared with community SONiC, AsterNOS has made a lot of improvements in terms of ease of use, stability and feature enhancement, making open-source software ready to use in real production environments, which help to build a new generation of open cloud data center network for users.
Astefusion SONiC NOS Support RoCE,BGP-EVPN, VXLAN, MLAG, PFC, ECN, DCBX,INT Features
Ultra Low Latency Cloud Data Center Switch by using Marvell Teralynx
The Asterfusion CX564P-N offers industry-leading low latency switching capabilities as low as ~400ns in most application scenarios. Allowing it to more than satisfy the requirements of latency-sensitive applications, such as NVME, IoT,VR/AR/MR,high-frequency trading, big data analysis, machine learning and etc.
Asterfusion SONiC NOS Support RDMA over Converged Ethernet (ROCE)
The Asterfusion CX564P-N supports RoCEv2 which allows remote direct memory access (RDMA) over an Ethernet network. It solves the delay of server-side data processing and frees up the CPU to do more important tasks, such as running applications and processing large amounts of data. It increases bandwidth and reduces latency, jitter, and CPU consumption, helping to build highly efficient and cost-effective data center networks.
Asterfusion SONiC NOS Support In-band Network Telemetry
The Asterfusion CX564P-N switch supports INT(In-band Network Telemetry) which provides accurate and comprehensive real- time network telemetry information including port interfaces, packet latency, packet queue lengths, etc. Cloud data center network administrators can leverage INT information to optimize their business applications and network operations, helping to build efficient, intelligent and highly resilient data center networks.
Asterfusion SONiC NOS Support VXLAN&BGP EVPN
EVPN-VXLAN expands the potential number of Layer 2 domains and realizes services such as multi-tenant hosting and virtual machine migration.
Asterfusion SONiC NOS Support ZTP& ONIE (Open Network Installation Environment)
The Asterfusion CX564P-N switch Supports ZTP (Zero Touch Provisioning), which be able to retrieve configuration files from local or remote file servers and then load the configurations into the switches automatically.
In addition,ONIE (open network install environment)is also preloaded on the switch.With ONIE, it can automatically install, upgrade and manage different versions of network operating system software. This combination of ZTP and ONIE would allow data center administrators to cut down the OAM workload and hence significantly reduce the overall operational cost.
