| Integrated Circuits (ICs) | 1 | Obsolete | |
| Integrated Circuits (ICs) | 2 | Obsolete | |
| Memory | 1 | Obsolete | |
| Integrated Circuits (ICs) | 2 | Obsolete | |
| Integrated Circuits (ICs) | 1 | Obsolete | |
| Memory | 3 | Obsolete | |
| Memory | 2 | Obsolete | |
| Memory | 1 | Active | DDR II / II+ (Double Data Rate) SRAMs and QDR^(TM) II / II+ (Quad Data Rate) SRAMs are the ideal memory devices for next generation networking and communications systems. These ultra-fast devices can support high bandwidth systems that require memories capable of very high operating frequencies combined with low latencies and full cycle utilization. DDR SRAMs can provide double data rate (DDR) operation on each data pin in write or read cycles, thus the data is written or read twice every clock cycle. This provides for a significantly higher transfer rate than standard synchronous SRAM devices. In applications that require continuous read/write capability such as in look-up tables for network switches and routers, DDR SRAMs are an ideal solution. QDR SRAMs can provide double data rate (DDR) operation on each data pin through independently operated read and write ports, and can transfer four words of data on one clock cycle. This allows for bus contention to be virtually eliminated between the memory controller and the SRAM. The QDR SRAMs can support high end network switches, routers and other communication solutions. 。 |
| Memory | 1 | Active | DDR II / II+ (Double Data Rate) SRAMs and QDR^(TM) II / II+ (Quad Data Rate) SRAMs are the ideal memory devices for next generation networking and communications systems. These ultra-fast devices can support high bandwidth systems that require memories capable of very high operating frequencies combined with low latencies and full cycle utilization. DDR SRAMs can provide double data rate (DDR) operation on each data pin in write or read cycles, thus the data is written or read twice every clock cycle. This provides for a significantly higher transfer rate than standard synchronous SRAM devices. In applications that require continuous read/write capability such as in look-up tables for network switches and routers, DDR SRAMs are an ideal solution. QDR SRAMs can provide double data rate (DDR) operation on each data pin through independently operated read and write ports, and can transfer four words of data on one clock cycle. This allows for bus contention to be virtually eliminated between the memory controller and the SRAM. The QDR SRAMs can support high end network switches, routers and other communication solutions. 。 |
| Integrated Circuits (ICs) | 1 | Active | Low Latency DRAM is our newest large-density memory boasting high performance. Incorporating high-performance technology used in our synchronous SRAM and the pseudo-SRAM technology used in mobile-specified RAM, Low Latency DRAM is ideal for use in various networking applications. With a Fast random access time-and data latency lower than other DRAM products-Low Latency DRAM realizes extremely high performance compared to commodity DRAM. Those features, combined with large density and lower cost per bit compared to SRAM solutions make Low Latency DRAM an attractive choice for use in next-generation, high-performance networking products. |
