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PFS1524 is a highly sophisticated network monitoring and aggregation switch. PFS1524 has the industry's lowest fixed latency due to its ... ... function or connectivity in any combination. PFS1524's packet slicing feature allows users to forward only the configurable portion of packets, which eliminates the overloading of monitoring systems with unnecessary data. With PFS1524, a user can also create network taps ...
The Multiprotocol chipset ( multiprotocol data transceiver/MAX13171E, multiprotocol clock transceiver/MAX13173E and multiprotocol termination/MAX13175E ) provide significant space savings with their ... ... device is available in a small, 5mm x 7mm, 38-pin TQFN package... Press Release: Next-generation multiprotocol chipset maximizes data throughput and provides enhanced ESD protection MAX13171E/MAX13173E/MAX13175E (Picture: Maxim) Maxim Integrated Products (NASDAQ: MXIM) introduces the MAX13171E multiprotocol data transceiver, the MAX13173E multiprotocol clock transceiver, ...
The NP-4 is a highly flexible network processor providing wire-speed packet processing with both an integrated traffic manager and a ... ... agrements (SLA). The NP-4 represents breakthroughs in performance and integration to enable building the next generation of high-density switch/router line cards that feature 200-400 Gigabit-per-second (Gbps) throughput and 20-40 10-Gigabit ports. The NP-4 has already been selected for use ...
The Valens VS100™ Product Chipset is the first to be HDBaseT-compliant that transmits and receives uncompressed full HD digital video, ... ... Controls and Power over a single standard 100m/328ft CAT5E (or superior) cable : VS100 2Play Evaluation Kit (EVK) and VS100 5Play Evaluation Kit (EVK)... Valens VS100(Pictures: Valens Semiconductor) Press Release: Valens Semiconductor Announces Availability of World's First HDBaseT(TM) Chipset Valens to demonstrate uncompressed HD ...
A key strength of Verigy’s V93000 platform is its ability to test a wide range of devices, including RF and ... ... rates than existing 3G networks can provide. The two standards being considered for 4G networks are LTE, which originated in the Third Generation Partnership Project (3GPP), and WiMax (IEEE 802.16e/m), which has its roots in the WLAN market. Both ...
