HP, Cisco pump up 10G LAN gear

Hewlett-Packard and Cisco recently released enterprise LAN gear targeted at corporations looking to roll out infrastructure upgrades such as 10G Ethernet backbones and IP telephony.

The introduction of 10 Gigabit HP gear also could be seen as a sign that the company is interested in competing with high-end switching companies such as Cisco, Extreme Networks, Foundry Networks and Nortel, which already have 10G Ethernet products on the market.

HP introduced seven modules for its Procurve Routing Switch 9300m, including an array of 10/100M bit/sec and Gigabit Ethernet options over copper and fiber, as well as a new single-port 10G Ethernet blade.

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Hewlett-Packard and Cisco recently released enterprise LAN gear targeted at corporations looking to roll out infrastructure upgrades such as 10G Ethernet backbones and IP telephony.

The introduction of 10 Gigabit HP gear also could be seen as a sign that the company is interested in competing with high-end switching companies such as Cisco, Extreme Networks, Foundry Networks and Nortel, which already have 10G Ethernet products on the market.

HP introduced seven modules for its Procurve Routing Switch 9300m, including an array of 10/100M bit/sec and Gigabit Ethernet options over copper and fiber, as well as a new single-port 10G Ethernet blade.

HP's new modules include an eight-port and 16-port Mini-Gigabit Interface Converter blades, and a 16-port module with copper-based Fast Ethernet/Gigabit Ethernet ports. Also released was a 48-port blade for connecting end users with RJ-45 or telephone company connections, which let ports be tied directly to a patch panel. The new blades fit into 9300m chassis, which come with either four, eight or 15 slots.

A single-port 10G Ethernet blade can be used for connecting two 9300m series switches over a high-speed link, at distances up to 6.2 miles. Up to four 10G ports can be trunked together or provide a fault-tolerant, high-speed pipe between switches, HP says.

HP's 10G Ethernet modules are being used at Manchester Community College in Connecticut, where 10G Ethernet is used to connect two backbone 9300m switches together. The school plans to use 10G Ethernet to connect buildings throughout its campus in the future, says Thomas White-Hassler, dean of information resources and technology at the school.

While 10G Ethernet technology might only now be affordable for deep-pocketed companies and service providers, IDC says that will change, as 10G Ethernet port shipments are expected to grow from about 45,000 this year to more than 450,000 in 2006. Factors that will increase the 10G uptake include enterprise demand for more bandwidth to support applications such as voice and video, IDC says. A price drop of about 78% for a 10G port, between now and 2006, won't hurt either.

HP also introduced its T-Flow management module, which has sFlow real-time traffic monitoring and accounting capabilities for monitoring traffic patters without degrading network performance.

The sFlow technology, which runs in hardware on the module, is based on HP's Extended Remote Monitoring sampling technology, which lets a switch management module monitor and provide statistics for every port on a switch without hindering performance on any port. This technology has been called an improvement to port monitoring or mirroring technologies, which cannot provide as broad a view of a switch's overall performance.

Meanwhile, Cisco released what it's calling a "compact" version of the Catalyst 6500, which comes with three slots. The chassis is aimed at wiring closet deployments in companies that want to standardize on the Catalyst 6500 family in the LAN core, aggregation and wiring closet levels. Cisco now has versions of the switch with three, six, nine and 16 slots. Cisco says businesses that standardize on one switch line across the entire LAN can save money by not having to purchase spare components for disparate devices.