Communications
INTERFACE MASTERS Introduces 6 Port 10Gb Fiber NIC based on Intel's 82599
Interface Masters Technologies, an industry leader and innovator in networking solutions, has announced an addition to its 10 Gigabit Ethernet (10GE) Server Adapter Card family that is designed to integrate with PCI-express (PCI-e) based Inline Networking Servers, including WAN Acceleration, UTM, and IPS Systems, and Security and Monitoring Appliances such as Firewalls, IDS systems, and Analysis Probes. The Niagara 32716 server adapter supports SFP+ pluggable modules for Multi-Mode (SR), Single-Mode (LR) and Extended Reach (ER) Fiber media, based on Intel's latest 10 Gigabit Ethernet controller, the 82599.
The The Niagara 32716 10GE NIC enables system integrators, IT security companies and networking server manufacturers to utilize the latest in Ethernet technology to achieve unprecedented throughput, multiple interfaces and maximized network performance, stated Ben Askarinam, founder and CEO of Interface Masters Technologies. Interface Masters is committed to supporting specialized NICs in the 10Gb Ethernet market and will continue introducing and supporting specialized NICs upon customer request.
Niagara 32716 provides features that are essential in today's data centers:
* Intel 82599EB Dual MAC & PHY Ethernet controller
* PCI-e x16 (Gen 2.0) compatible
* Peak bandwidth 60 Gb/s in each direction on PCI Express bus
* Handles 120 Gigabit per second traffic load
* Three Integrated PHY for full-duplex 10 Gbps Ethernet Support per port
* Four SFP+ Connectors for Multi-Mode or Single-Mode Support
* TCP/UDP/IP checksum offload and TCP segmentation
* Layer 2, 3 and 4 Advanced packet filtering capabilities (IPv4, IPv6)
* Low power consumption
* Full RoHS compliance
* FCC Class A and CE certification
* Digital Optical Monitoring support (DOM) according to the industry-standard SFF-8472. DOM gives the end user the ability to monitor real-time parameters of the SFP+, such as optical output power, optical input power, temperature, laser bias current, and transceiver supply voltage.