Description
DCS-7010T-48-F Arista 7010T 48xGigE Switch with 4×1/10GB SFP+ ports
DCS-7010T-48-F Arista 7010T, 48x RJ45 (10/100/1000), 4 x SFP+ (1/10GbE) switch, front to rear air, 2x AC PS
The Arista 7010T offers a purpose built high performance and power efficient solution for high density data center deployments. With 48 ports of 10/100/1000 and 4 integrated 1/10GbE SFP+ ports the switch delivers non-blocking forwarding of 176Gbps combined with feature rich L2 and L3 switching. A natural extension to the 7050X Series the 7010T are members of the Arista portfolio of data center switches.
The 7010T delivers the flexibility to be deployed as the server edge of 1Gb Ethernet leaf and spine designs or as a dedicated management network switch. With broad support for QoS, security, automation and monitoring features the 7010T provides an ideal solution to the challenges of implementing network policy consistently in both 1G and 10G environments when combined with the Arista fixed configuration 10G switches. Arista EOS advanced automation, monitoring and provisioning features that are consistent to all Arista 7000 Series switches, eliminate the complexity associated with managing mixed environments with inconsistent feature sets. Addressing the need for server Intelligent Platform Management Interface (IPMI) and out of band (OOB) network monitoring, demands solutions that are simple to deploy and manage, with full support for 100Mb and 1Gb with redundant power and cooling for availability.
Featuring a choice of two models the 7010T Series provide a choice of AC or DC power. Both models have 48 10/100/1000Mb RJ45 ports and 4 SFP+ ports for both 1G or 10G uplink connections with a full range of optics and cables. The Arista 7010T switches offer low latency and a shared packet buffer pool that is allocated dynamically to ports that are congested.
Consuming under 52W the 7010T are extremely power efficient at less than 1W per port. Built in power redundancy and customer reversible redundant fans allows cooling airflow in either forward or reverse direction in a single system.
