The switches are designed to take data centre customers into the zettabyte era, according to Force10. The company’s current generation high-end core offerings, the E-Series, are tuned to exabyte-scale networks. (An exabyte is 1 million terabytes, or 1 billion gigabytes, whereas a zettabyte is 1,000 exabytes.)
For the core, Force10 is rolling out the Z-Series ZettaScale line of switches, which are designed to offer users a choice between a centralized and a distributed core network.
This makes Force10 the only major switching vendor to have announced substantial 40/100G Ethernet densities on a switch versus a small port count expansion uplink module, which Extreme Networks Inc., Alcatel-Lucent and others, including Force10, have already announced.
The Z9512 also features a 9.6 Tbps backplane, sub-5 microsecond latency and an 8-Gigabit packet buffer for each of its 12 line cards. Future line cards will support 800 Gigabits per slot, Force10 says.
The switch is designed for aggregation of flat Layer 2 topologies, or aggregation of hierarchical Layer 3 topologies as well as for multi-service deployments incorporating Gigabit Ethernet, 10G, 40G and 100G Ethernet.
Force10’s Z9000 distributed switch is designed for “containerized” data centre cores, where cloud data centres are geographically distributed. The Z9000 sports 32 40G Ethernet ports or 128 10G Ethernet ports into a 2 RU form factor. It features a 2.5 terabit full-duplex backplane capacity, scales from 2 to 160 terabits in a distributed core architecture, and features 3 microsecond latency.
At 800 watts, the Z9000 consumes 1/20 as much power as competitive products, Force10 says. And in addition to containerized data center cores, the Z9000 is also targeted at end-of-row applications in the data center, Force10 says.
Any of the Z9000 switches can be taken out of service without bringing down the core network, Force10 says. The more switches in the distributed architecture, the lower the impact of any one switch going offline, the company claims.
Both new core switches are “hardware ready” for the IEEE’s Data Center Bridging and the IETF’s Transparent Interconnection of Lots of Links (TRILL) standards. These standards are designed for lossless Ethernet switching and shortest path multihop routing, respectively, in data center networks.
The Z9000 switch will list for US$175,000 and will be available in July. The Z9512 switch will be available in the second half of 2011 and pricing will be configuration dependent, but Force10 officials say 10G will be below US$4,000 list, and 40G around $5,500 list.
For the top-of-rack, Force10 unveiled the S7000 Open Cloud Switch. This is a 2RU device featuring 64 non-blocking 10G Ethernet ports. It can also be configured with four 40G ports, 36 10G ports and 12 10G, or 1/2/4/8Gbps FibreChannel ports. The S7000 also incorporates TRILL, User Port Stacking, and Virtual Link Trunking (VLT), Data Center Bridging and FibreChannel-over-Ethernet.
The S7000 can be configured as an FCoE transit switch or FCoE gateway, Force10 says.
VLT is a link aggregation group (LAG) technique that provides Layer 2 multi-pathing between access network devices — switches or servers — and the core network. It provides a loopfree topology with active-active load sharing of uplinks from access to the core, eliminating the requirement for spanning tree protocols.
User port stacking is a feature where multiple switches are connected to make them look like a single switch. The stacked switches can be managed as a unit.
The S7000 also includes an optional appliance module for adding functions such as load balancing, firewalling, packet sniffing and caching, eliminating the need for external devices for those functions.
The S7000 Open Cloud Switch will be available in the second half of 2011.
Force10 is also rolling out Release 2.0 of its Open Automation Framework software, which offers a development environment and scripting languages for automating the operation of its switches within a data centre. It is designed for use with Force10’s FTOS switch operating system.
Among the features of Open Automation Framework 2.0 are a unified fabric manager that allows data centre managers to control multiple Force10 switches as if they are a single switch. It also includes a new GUI interface into switch/router configuration.
The software automates port configuration, and includes support for the IEEE’s 802.1Qbg standard for enabling interaction between physical switches in the network and virtual switches on servers. This will allow Force10 switches to automate the assignment of virtual machines to specific VLANs, among other functions.
Force10’s new switches and software will go up against Cisco’s Nexus/FabricPath line, Juniper Network Inc.’s QFabric strategy and switches, Brocade Communication Inc.’s Brocade One products, Arista’s 7000 series switches, Avaya’s VENA architecture, Alcatel-Lucent’s “Application Fluent” switches, and platforms from Enterasys and Extreme, as well as HP’s VirtualConnect server/storage/switching and virtualization architecture, as well as HP’s switches.
Some analysts believe Force10’s latest offerings may win some converts, or at least appeal to users beyond the company’s installed base.
“We see more and more organizations kicking the tires on alternative vendors,” says Jon Oltsik, principal analyst at Enterprise Strategy Group. “There is a niche market that always want the fastest or highest density box and are willing to plug in new hardware to get this. Force 10 is innovating to get a seat at the table in these markets. Given the networking transitions in play today, Force 10 technology could get it in the door if it can get its name in the right organization’s hands.”
