概要
説明
The RXS1632 is a RapidIO, multi-port switch that is compliant with the Serial RapidIO Interconnect Specification (Revision 3.2). The switch fabric supplies a non-blocking bandwidth of 400Gbps for up to 16 ports and 32 lanes. The packet transfer performance through the fabric is optimized through buffer management schemes and configurable queuing modes. The RapidIO switch supports standard RapidIO routing functionality, including unicast and up to 256 multicast groups.
The RXS1632 supports flow control based on eight separate priorities that contains a queue aging function to ensure that high-priority traffic does not starve low-priority traffic under congestion. The device provides extensive accessibility to create an optimal configuration by allowing access to all features of the switch via any port.
Learn more about RapidIO Development Systems
特長
- Compliant to Serial RapidIO 3.2 Specification (10xN, Gen 3)
- 32 lanes, with up to 8x4, 16x2, 16x1 port configurations
- Full-duplex 400Gbps non-blocking bandwidth
- Port-to-port latency approaching 100ns
- 1.25, 2.5, 3.125, 5.0, 6.25, 10.3125, and 12.5Gbaud
- Supports any topology for a highly scalable system
- SerDes supports long-reach (100cm + 2 connectors)
- 29mm x 29mm FCBGA
製品比較
アプリケーション
アプリケーション
- High-performance computing
- Wireless
- Defense and aerospace
- Video and imaging
設計・開発
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モデル
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| FCBGA | 784 | I | Yes | Tray | 4 | 707.71 | サンプルを入手, |
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ビデオ&トレーニング
Discover IDT's RapidIO 10xN compliant devices (acquired by Renesas) offering up to 50Gbps port speeds and 600Gbps non-blocking aggregate bandwidth. These switches, such as the RXS family, boast 100ns latency, making them ideal for 4G LTE-Advanced, 5G mobile infrastructure, and real-time computing. With superior energy efficiency and fault tolerance, they find applications in imaging, aerospace, industrial control, and defense. The RXS family includes the RXS2448 with 24 ports and 48 lanes, and the RXS1632 with 16 ports and 32 lanes.
Relates Resources
Transcript
Hi. I'm Trevor Hiatt, and I'm happy to introduce IDT's next generation RapidIO switches, the RXS family. Supporting the latest 10xN RapidIO standard, these chips are extremely low latency and high bandwidth, and are designed to take on the challenges of the coming 5G mobile network, as well as other compute intensive applications. IDT introduced our prior generation of RapidIO switches in 2010, and since then they've become ubiquitous in communications infrastructure, with virtually every 4G phone call and download around the world going through our chips.
They're also being used for mobile edge and high-performance computing and data analytics. That's because RapidIO delivers the ultra-low latency needed to efficiently move and manage vast volumes of data. With our new family of RapidIO switches, ultra-fast just got a whole lot faster. We're talking about port to port latency approaching 100 nanoseconds, and a flexible non-blocking fabric with switching performance of 600 gigabits per second. That's greater than twice the performance of the prior generation, exceeding the bandwidth requirements of the 10xN standard, and all with better energy efficiency than our prior generation and competing solutions.
In addition to being optimized for 5G infrastructure, the 10xN switches are ideal for 4G LTE-Advanced systems, as well as a wide variety of markets where latency creates a bottleneck to achieving the potential performance of a system. These markets include mobile infrastructure, data center, aerospace, industrial control, and defense. The new family is comprised of the RXS2448, with 24 ports and 48 lanes, and the RXS1632 with 16 ports and 32 lanes. They're backward compatible with existing RapidIO ecosystems, protecting previous hardware and software investments. Leveraging this compatibility can accelerate a product's time to market.
There's lots more information about the RXS switches on the IDT website at www.idt.com/go/rapidio. Thanks for watching.
ニュース＆ブログ
| ニュース | 2016年6月22日 | ||
| ニュース | 2016年4月27日 | ||
| IDT、Prodrive Technologiesとパートナー契約を結び、レイテンシ100nsの エネルギー効率に優れたRapidIOスイッチアプライアンスポートフォリオを開発 | ニュース | 2016年3月14日 | |
| IDT、ネットワーク対応自律走行車の実現に向けて 5G Lab Germanyと共同研究を開始 | ニュース | 2016年3月1日 | |
| IDT、5Gモバイルネットワーク開発やモバイルエッジコンピューティング向けの 次世代RapidIOスイッチを発表 | ニュース | 2016年2月22日 | |
| IDT、CERNのLHCやデータセンターにおける データ解析の高速化・性能向上を実現する 低レイテンシRapidIOプラットフォームを、CERNオープンラボと共同開発 | ニュース | 2015年12月16日 | |
| IDT社、ネットワークエッジにおけるビッグデータ解析とディープラーニングを 加速する低レイテンシのコンピューティングプラットフォームを発表 | ニュース | 2015年10月19日 | |
| IDT’s RapidIO Solutions Enable Fujitsu’s C-RAN Deployments | ニュース | 2015年9月3日 | |
| IDT社、RapidIOインターコネクトをヘテロジニアスプラットフォームに組み込むための オープンなハイパフォーマンス解析コンピューティング研究所 (HPAC Lab)を立ち上げ | ニュース | 2015年7月22日 |
