In-Network Computing 以P4 DSL 和 RMT 架构为代表的可编程网络技术,促进了 In-Network Computing(在网计算)在数据中心的发展。 In-Network Computing 的含义是 “在网络内的进行计算”,利用新型的可编程网络设备(e.g. 可编程 ASIC 交换机,可编程 FPGA SmartNIC/DPU etc…)
Corundum is an open-source, high-performance FPGA-based NIC and platform for in-network compute. Features include a high performance datapath, 10G/25G/100G Ethernet, PCI express gen 3, a custom, high performance, tightly-integrated PCIe DMA engine, many (1000+) transmit, receive, completion,...
VHDL simulations and FPGA synthesis results are discussed.doi:10.1007/3-540-44614-1_30Selene MayaRocio ReynosoCesar Torres-HuitzilMiguel Arias-EstradaMaya, S; Reynoso, R; Torres, C; Arias-Estrada, M: "Compact spiking neural network implementation in fpga," in Procs of 10th Field-Programmable...
FPGA is a fully configurable chip that embedded engineers can redesign upon customers` request. This approach makes theembedded system developmentfaster and the final product highly functional. Despite FPGA being a rather costly solution, its price is incomparable to its advantages. Let's take a clo...
(IVI) systems. The new CrossLink-NX FPGAs bring best-in-class low power, small form factor, high-performance I/O, and reliability to embedded vision applications for today's technologically advanced automobiles. Lattice CrossLink-NX FPGAs are currently the only FPGAs in their class to ...
Learn more on how Azure Operator Nexus is maintaining smooth network operations for communications service providers.
PE 具有各种类型的实现,包括简单的有序内核、FPGA [75] 等可重新配置的结构,以及针对特定应用的定制逻辑 [76]。 加速的应用程序主要是涉及 CPU 处理的数据密集型操作,例如数据库 [76] 和网络堆栈中的功能 [74:1]。 在简化的编程模型和灵活的计算调度上对迳 SRAM 计算进行了优化。 例如,Livia [75:1] 根据...
Alphabet has focused on producing powerful AI chips to meet the demand for large-scale projects. In December 2024, Alphabet released a new quantum computing chip, Willow. With 105 qubits and the ability to scale up, theWillow chipreduces error in quantum computing faster and more accurately than...
缓存、内存、乃至外部存储器（如磁盘）、网络之间搬移，是不可完全避免的事情；即便是FPGA硬件，在跑...
et al. Autoencoders on FPGAs for real-time, unsupervised new physics detection at 40 MHz at the Large Hadron Collider. Preprint at arXiv https://arxiv.org/abs/2108.03986 (2021). Crispim Romão, M., Castro, N. F. & Pedro, R. Finding new physics without learning about it: ...