Silicom has a 20-year history of providing the networking industry with innovative, state-of-the-art connectivity and networking solutions. Silicom’s flagship product lines, which include a wide range of high-end multi-port networking, bypass, encryption, time-stamping and redirector adapters, are used by over 70 vendors and suppliers of security appliances, load balancing appliances, Internet acceleration systems, WAN optimization appliances, server-based systems and mission-critical gateway applications. In addition, Silicom has introduced its Patent No. 8,199,523 entitled "Server-Based Network Appliance" SETAC (Server To Appliance Converter) product line, a new concept that enables OEMs to use standard servers as the basis for superior network appliances. Silicom’s shares trade on the Nasdaq Global Market (NasdaqGM) and the Tel Aviv Stock Exchange (TASE) under the symbol SILC.
Offerings
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Dual port QSFPDD56, 2×400 GE, PCIe Gen5 x16, Intel® Agilex™ M-series FPGA Based, up to 32GB HBM2e with 2xARC6-16 connector (16×28 Gbps), for Ethernet, PCIe or interconnectThe Silicom ThunderFjord B is a high-performance programmable PCIe Server adapter based on the Altera® Agilex™ M-series AGMF039 FPGA (option for AGMF032).The Altera Agilex-M™ is an extremely powerful FPGA which also features up to on-chip 32GB HBMe2 memory providing an unprecedented 2 x 2.6 Tbps HBMe2 bandwidth. The combination of lightning fast logic and equally fast memory ensures a platform that can deliverThe card is equipped with 2 x QSFPDD56 for supporting 2x 400GE, as well as a wide range of other link speed combinations like 16×10/25GE or even 8x100G with the appropriate breakout modules.The ThunderFjord features 2 x AcceleRate® Slim Cable Assembly (ARC6) connectors with 2x 8x28Gbps from Samtec. The ARC6 connectors add unprecedented flexibility in host bandwidth and network connectivity. Silicom offers an adaptor an additional PCIe Gen4 x16 connector that can be employed for additional host bandwidth. The same connectors can alternatively be used with Fireflytm flyover cables for connecting additional 2x 8xFSFP28 or 2x 2xFQSFP28 for higher Ethernet link capacity to the solution in appliances. Silicom offers a 4xFQSFP28 bracket for easy utilization of the expansion option. The AR6-16 can alternatively be used for direct connection of two boards, connect multiple cards in series or daisy chain, or connect to other products with suitable interface.The AGM FPGA series features CXL 1.1 and 2.0, providing heterogeneous processing and computing in performance-intensive workloads like AI, machine learning and analytics. Additionally, the AGM FPGA device includes Quad-core 64 bit Arm Cortex A53 processor.
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Silicom’s Quad 40 Gigabit Ethernet PCI Express server adapters are designed for Servers and high-end appliances. The Silicom Quad 40 Gigabit Ethernet PCI Express Server adapters offer simple integration into any PCI Express X8 to Four 40Gigabit Networks. The performance is optimized so that system I/O is not the bottleneck in high-performance networking applications.
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Silicom’s Dual 40G / Octal 10G Ethernet Cloud Computing PCI Express server adapters are designed for Servers and high-end appliances. The Silicom Dual 40 Gigabit Ethernet PCI Express Server adapters offer simple integration into any PCI Express X16 to Dual 40G / Octal 10G (with breakout cable) Networks. The performance is optimized so that system I/O is not the bottleneck in high-performance networking applications.
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Ceuta is a High-performance 1U rackmount network security appliance, powered by the 5th Gen Intel® Xeon® Scalable Processors (Emerald Rapids), or by 4th Gen Intel® Xeon® Scalable Processors (Sapphire Rapids). Ceuta delivers optimized network traffic management and enhanced virtualized network security capabilities. Ceuta provides front connectivity, using 3x PCIe slot, thus providing the largest number of ports/networking standards (leveraging the wide offering of Silicom’s PCIe server adapters, including NICs, and Bypass NICs.1U Single Socket ( 1U1S) , Flexible Front IO connectivity. Powered by the 5th Gen Intel® Xeon® Scalable Processors (Emerald Rapids), or by 4th Gen Intel® Xeon® Scalable Processors (Sapphire Rapids). Delivers optimized network traffic management and enhanced virtualized network security capabilities. Using 3x PCIe slot, Ceuta provides the largest number of ports/networking standards, by using Silicom’s PCIe server adapters, including NICs, and Bypass NICs. Optimized to Network applications ( uCPE, Security, SD-WAN, Bypass Appliances)
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Seville 1U Networking Appliance features a Next-gen Intel® Xeon® D-2700/D-2800 processors designed to deliver server-class computing, cyber security, and high-bandwidth with built-in AI acceleration, Deep Learning Boost and powerful real-time capabilities. The Seville is designed for fast network processing and cutting-edge developments including next-generation WAN optimization and security. The Seville platform is a groundbreaking solution that creates an excellent platform for developing applications in the fields of networking uCPE SD-WAN, SASE, SSE, 5G DU and IoT Edge Computing. Its outstanding features allow it to improve packet processing performance while also providing network security within virtual network functions. Based on Intel’s Xeon® D-2700/D-2800 the Seville Networking appliance can run multiple virtual machines and control systems. With its high-capacity support that includes real-time systems as well as Hypervisor Support, it consolidates many different types of workloads providing a one-stop-solution Networking Edge Appliance. The Seville is a family of products powered by the Intel Ice Lake-D HCC (High Core Count) SoC, built using Intel 10-nanometer process technology. The Intel® Xeon® D-2700/D-2800 Processors are high-performance SoCs with integrated Ethernet in high-density Ball-Grid Array packages. They deliver server-class computing, hardware-based security, and high-bandwidth I/Os for embedded and rugged applications at the edge. The Intel® Xeon® D-2700/D-2800 Processors with Integrated AI acceleration, QAT, support for hard-real-time workloads, extreme temperature range and industrial use conditions. This makes them ideal for demanding applications in high-bandwidth video analytics, as well as manufacturing, aerospace, etc.
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Silicom FB2CGT@A10T11 Oakham featuring the Intel® Arria® 10 GT FPGA. The Silicom Oakham is supported by the Intel® Acceleration Stack for Intel® Xeon® CPU with FPGAs. The Intel® Acceleration Stack provides a common developer interface to both application and acceleration function developers and includes drivers, Application Programming Interfaces (APIs) and an FPGA factory image.Silicom validates each Oakham to support large scale deployments requiring FPGA acceleration. This platform is targeted for market-specific acceleration in applications such as:5G Fronthaul, Network Function Virtualization (NFV), Multi-Access Edge Computing (MEC), Video Transcoding, Cyber Security, High-Performance Computing, Finance.
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Silicom’s Barcelona series uCPE based on the Intel® Xeon® D-2100 Processor represents a collaboration with Intel to produce a fully verified Intel® Select Solution for uCPE. The Barcelona series replaces traditional purpose-built CPE hardware with a virtualized modular approach, while pushing Network Function Virtualization (NFV) computing to the network edge. The ability to mix-and-match I/O and management options allows each Barcelona series uCPE installation to be customized to site-specific connectivity requirements, maximizing flexibility and reducing hardware cost. Leveraging Silicom’s proven line of high-performance PCIe server adapters with up to 100 Gbps Ethernet connectivity and flexible, customizable, high-bandwidth FPGA accelerator/offload solutions, the Barcelona series can address any combination of I/O connectivity requirements. With up to 16 Intel Xeon D processor cores, configurable amounts of memory, NVMe SSDs, and Intel® QuickAssist Technology (Intel® QAT) acceleration, the Barcelona series can easily handle the traffic flowing through high-performance I/O options.
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Silicom’s Barcelona series uCPE based on the Intel® Xeon® D-2100 Processor represents a collaboration with Intel to produce a fully verified Intel® Select Solution for uCPE. The Barcelona series replaces traditional purpose-built CPE hardware with a virtualized modular approach, while pushing Network Function Virtualization (NFV) computing to the network edge. The ability to mix-and-match I/O and management options allows each Barcelona series uCPE installation to be customized to site-specific connectivity requirements, maximizing flexibility and reducing hardware cost.
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IoT-GW Enterprise Platform is IoT Getaway Ruggedized Fanless uCPE Intel Atom® C3000 based. Silicom’s Internet of Things Getaway Enterprise Platform based on the Intel Atom® C3000 is a 5G Ready Ruggedized fanless appliance designed for high performance networking and intelligent edge computing solutions. Silicom Iot-GW Enterprise Platform brings the LAN, WAN, management and compute to cost-sensitive applications in SD-WAN, uCPE, security, 4G/5G Small Cell and Iot. Silicom’s Iot-GW Rugged platform offers high MTBF based on extended temp processors and no moving parts solution as well as sealed chassis for humidity and dust. Rugged platform also offers range of Wireless connectivity solutions include WiFI 802.11ax and LTE (5G ready). Use Cases: Sensor connectivity, Surveillance camera, Industrial automation, Asset management.
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Silicom’s N5013/N5014 FPGA SmartNIC Intel® Stratix® based is a high-performance programmable PCI-Express card based on the Intel® Stratix® 10 DX 2100 FPGA. The Intel® Stratix® 10 DX 2100 FPGA is an extremely powerful FPGA technology which also features on-chip 8GB HBM2 memory providing an unprecedent 512 GByte/s of total aggregate bandwidth. The N5014 additionally features two Intel® E810-CAM1 devices connected to the FPGA and can function as the primary data path to and from the host system. This adds the full set of features of the E810 to the host interaction and its interface options in virtualized systems. N5013/N5014 FPGA SmartNIC Intel® Stratix® based Use Cases: Network Function Virtualization (NFV), Multi-Access Edge Computing (MEC), Cyber security, High-Performance Computing, Finance, Mobile Access and Core Network. FB4CG@S10D21 FPGA SmartNIC N5013/N5014:N5013: 4xQFSP, PCIe Gen4, FPGA, QDR, DDR4, Intel® MAX®10. N5014: 4xQFSP, PCIe Gen4, FPGA, QDR, DDR4, 2xE810-CAM1, PEX88048, Intel® MAX®10
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Vigo DU 2U Intel® Xeon®-D D2100 based offers Edge Services for the Wireless 4G/5G market, the ability to host virtualize RAN (Radio Access Network) with a focus on L1 High-Phy and L2 MAC/RLC. Vigo design is optimized for the Disaggregated RAN market as a virtualized Distributed Unit (vDU) with acceleration to High-Phy and specifically FEC. Vigo also enables hosting a virtualized Central Unit (vCU) service that processes the L2. Vigo design was designed in light of TIP and O-RAN recommendations and include capabilities dedicated for 5G market, such as nanosecond accurately time sync network interface cards and FEC offload.
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Palma Distributed Unit 2U Intel® (ICX-SP) Based Designed for Edge computing services with a focus on 4G/5G DUs (Distributed Units), the Palma platform’s features a front panel IO for RU (Radio Unit) connectivity, together with Silicom Time Sync (STS) Technology, 5G L1 Acceleration, and Remote Management capabilities such as ZTP. The Palma platform offers up to 32 cores per socket and higher performance per core than the previous generation. It offers expanded memory bandwidth, with 16DIMMs per socket and PCIe-Gen 4.0 connectivity. Palma’s I/O interface supports PTP (1588) and SyncE for Time Synchronization, with 1G/10G/25G and 100G connectivity as ordering options. Palma’s design also enables hosting of multiple eASIC / FPGA cards for service acceleration in both wireline and wireless deployments.
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Cordoba Edge Gateway CPE a Compact Intel Atom® C3000-Based Universal CPE for SD-WAN and SD-Branch Applications. Silicom’s Cordoba series based on the Intel Atom® C3000 processor replaces traditional purpose-built CPE hardware with a wide array of wired and wireless WAN options for maximum site installation flexibility while still maintaining a small desktop footprint and optimum price point. LAN connectivity includes dual-band 802.11ac Wi-Fi with internal antennae (802.11ax Wi-Fi 6 ready, coming soon), as well as 2.5 Gps RJ-45 ports supporting external 802.11ac and 802.11ax access points. WAN connectivity includes 1 Gbps auto media copper/fiber ports to align with site-specific needs, 10 Gbps ports supporting fiber Ethernet and xgsPON installations, and single or dual 4G LTE uplinks (5G ready, coming soon). Multiple WAN and LAN options, combined with multicore Intel® CPU Virtualization Technology (Intel® VT), enable flexible and powerful SD-WAN and SD-Branch solutions. Optional Intel® QuickAssist Technology (Intel® QAT) acceleration offloads application software, making integrated security features practical while minimizing CPU footprint. Use Cases: Fixed Wireless Access (FWA), Secure Access Service Edge (SASE), and WAN Edge gateway.
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Silicom’s Bilbao Edge Compute based on the Intel® Xeon® D-2100 Processor is a high-end Edge Compute appliance offer 10G and 25G Ethernet ports. Silicom Bilbao integrate high speed switch coupled with the Intel® Xeon® processor for high bandwidth connectivity and flexibility that brings the agility of modular LAN, WAN, management, and compute to cost-sensitive applications in SD-WAN, CPE, Security, Small Cell, MEC, vRAN, Cell Site, Cloud Edge, Aggregation Router and IoT. The Intel® Xeon® D processor and networking switch engine designed specifically for networking application. Switch support flexible Class of Service (CoS) queues per port assure the lowest latency to high priority traffic as well as DoS attack statistics gathering. Silicom uCPE is the ideal platform upon which to deploy next-generation secure edge applications.
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Silicom’s uCPE are based on the Intel Atom® C3000 Processor product line is a highly flexible network edge device that brings the agility of modular LAN, WAN, management, and compute to cost-sensitive applications in SD-WAN, uCPE, security, small cell, and IoT. The Madrid platform has two form factors: Desktop and 1U. The 1U support PCIe add in card. Use Cases: Fixed Wireless Access (FWA), Secure Access Service Edge (SASE) and WAN Edge gateway.
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Silicom’s uCPE are based on the Intel Atom® C3000 Processor product line is a highly flexible network edge device that brings the agility of modular LAN, WAN, management, and compute to cost-sensitive applications in SD-WAN, uCPE, security, small cell, and IoT. The Madrid platform has two form factors: Desktop and 1U. The 1U support PCIe add in card. Use Cases: Fixed Wireless Access (FWA), Secure Access Service Edge (SASE) and WAN Edge gateway.
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P425G8TS81 TimeSync Card STS38 Ports 25/10 Gigabit Ethernet Grand Master TimeSync PCIe GEN4 Server AdapterSilicom’s P425G8TS81 TimeSync Card STS3 25/10 Gigabit Ethernet PCI Express Grand Master TimeSync server adapter adds TimeSync/GM ability to server /mobile DU systems. The Silicom P425G8TS81 TimeSync Card STS3 NIC is based on Intel® E810 NIC controllers and Microchip / servo PLL. Silicom’s STS3 Support 8 port of 25G/10G capabilities to synchronize host system with external clock source using 1PPS and 10MHz. The STS3 TimeSync server adapter support both 1588v2/PTP and SyncE for high clock accuracy in Master and Slave mode. STS3 design is meeting O-RAN requirements for LLS-C1, LLS-C2 and LLS-C3, modes of operations with both Boundary and Transparent clocks. Silicom STS line card for 4G and 5G NIC enable real-time data transmission with high timing accuracy at the lowest cost to power 5G DRAN and CRAN edge deployments: Support 1588/PTP over IPv4 / IPV6, IEEE1588v2Support SyncE /ITU-T G.8262T-BC/T-TSC Boundary Clock and TSC Slave Clock /G.8273.2T-GM Grand Master /G.8273.1 per G.8275.1 PTP Profile PRTC Primary Reference Time Clock Class B/G.8272T-TC Transparent Clock /G.8273.31588 Software Stack and Servo Software in x86
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Silicom’s Ibiza 1U series based on the Intel® Atom™ x7000 series processor replaces traditional purpose-built CPE hardware with a wide array of wired and wireless LAN/WAN options for maximum site installation flexibility while still maintaining a small footprint and optimum price point.LAN connectivity includes dual-band 802.11ax Wi-Fi 6, as well as 2.5 Gbps RJ-45 ports supporting external Wi-Fi access points at full bandwidth. PoE++ output power of up to 60W per 2.5G port can optionally be included.WAN connectivity includes a 1 Gbps port that can be populated as copper RJ-45 or fiber SFP to align with site-specific needs. PCIe low profile (LP) expansion slot supports standard add-in cards for additional connectivity. Single or dual 4G LTE or 5G sub-6 uplinks can optionally be included.Multiple WAN and LAN options, combined with multicore Intel® CPU Virtualization Technology (Intel® VT), enable flexible and powerful SD-WAN and SD-Branch solutions. Multiple integrated software and hardware security features can optionally be enabled for maximum protection against unauthorized access.Supported AVX, AVX2, and VAES all boost the speed of encryption, decryption, and AI workloads.A Lights-Out Management (LOM) processor can optionally be included for remote management of the uCPE and Intel host CPU. The LOM has access to the 1G copper/fiber port, as well as an optional dedicated LTE uplink.
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Silicom, a pioneer in edge computing, is revolutionizing the field of visual inspection with its Valencia Edge AI Analytics Products based on Intel Atom® C1100 (2-core), C1110 (4core), or C1130 (8-core). Powered by the advanced Hailo-8™ M.2 Module, Silicom’s solutions deliver exceptional AI inference capabilities, enabling organizations to achieve unparalleled performance and accuracy in visual inspection tasks. In this product introduction, we will explore how Silicom’s Valencia edge AI analytics products, equipped with the Hailo-8™ M.2 Module, empower industries to optimize visual inspection processes, enhance efficiency, and drive operational excellence.
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The Silicom Marbella Platform: Unleashing the power of edge computing. Pioneering modern edge computing solutions, the Silicom Marbella AI-H platform excels as a versatile and resilient networking appliance. Driven by high-performance Intel® Xeon®-D processors and seamlessly integrated with the Haoli-8™ AI module, the Marbella I-H platform forms a scalable environment specifically designed for edge analytics.
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Silicom marbella platform and Intel® Flex 140 card deliver unprecedented insights and power efficiency edge analytics has become a game-changer in the world of data processing and analytics, allowing organizations to unlock real-time insights and improve operational efficiency. In this article, we explore the powerful collaboration between the Intel® Flex 140 card and Silicom’s marbella platform, which is revolutionizing edge analytics. By combining the exceptional computational capabilities of the Intel® Flex 140 card with the robust edge computing environment of the Silicom marbella platform, organizations can leverage advanced analytics at the network edge, enabling faster decision-making and power efficiency. Enabling Efficient edge computing: Silicom’s marbella platform, a versatile networking appliance designed for edge computing. Equipped with high-performance Intel® Xeon®D processors, ample memory, and flexible connectivity options, the marbella platform provides a scalable and efficient environment for edge analytics workloads. Its compact form factor and rugged design enable seamless integration into various edge environments, making it an ideal choice for industries such as manufacturing, telecommunications, and IoT. The Intel® Flex 140 Card: Empowering edge analytics: Complementing the Silicom’s marbella platform, the Intel® Flex 140 card, a cutting-edge data center GPU, is at the heart of this AI solution. With its Intel® Xe architecture and 12 GB of high-bandwidth memory, this card delivers outstanding performance for deep learning and AI inferencing. Its parallel processing capabilities enable accelerated data analysis, while its low-power consumption and compact design make it ideal for edge computing deployments. The Intel® Flex 140 card empowers organizations with the computational power needed to extract valuable insights from data at the network edge.
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Silicom’s Time Sync (STS1) PE425G4TSi81L is a 25 Gigabit Ethernet PCI Express Gen4 TimeSync server adapter, designed for X86 Servers and high-end appliances. The 25 Gigabit Ethernet TimeSync PCIe server adapter is based on E810 Intel®chipset and best in the industry timing solution targeting 5G/ Class C wireless base station and carrier-grade systems. Silicom’s STS1 Support 4 port of 10G/25G capabilities to synchronize host system with external clock source using 1PPS and 10MHz. The STS1 TimeSync server adapter support both 1588v2/PTP and SyncE for high clock accuracy in master and slave mode. STS1 design is meeting O-RAN requirements for LLS-C1, LLS-C2 and LLS-C3, modes of operations with both Boundary and Transparent clocks. Silicom STS line card for 4G and 5G NIC enable real-time data transmission with high timing accuracy at the lowest cost to power 5G DRAN and CRAN edge deployments: support 1588/PTP over IPv4 / IPV6, IEEE1588v2; support SyncE /ITU-T G.8262T-BC/T-TSC Boundary Clock and TSC Slave Clock /G.8273.2T-GM Grand Master /G.8273.1 per G.8275.1 PTP Profile PRTC Primary Reference Time Clock Class B/G.8272T-TC Transparent Clock /G.8273.31588 Software Stack and Servo Software in x86.
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Silicom P425G2SNx IAONIC is a smart NIC that perfectly combines two of the industry’s most sought after features. It provides a hardware standard NIC (over PCIe v4) interface with 2 ports of 25G or 1 port of 100G, it can offload complete infrastructure workload off the main host, while still working in line rate. Silicom P425G2SNx IAONIC is based on Intel® P5700 processor containing 8/16 X86 cores, integrated packet processor with 25G/100G interfaces as well as Ethernet MAC using Intel® E810.Depending on the SKU, Silicom P425G2SNx card employs 8 to 16 x86 CPU cores, the benefit of which is twofold. First, an immediate assets reuse is enabled. It means that any x86 based software which his usually running on the main host can now be ported with virtually zero efforts down to the card. Second, having set of CPU core that are physically separated from the main host brings the advantage of infrastructure isolation from the main workload. These long lists of workloads and benefits is available almost instantly by drop-in replacing any standard NIC with P425G2SNx smart NIC.
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FWA enables new high-speed Internet services to rural areas, or new service options to enterprise and small business customers. Silicom helps carriers meet these different use cases with a 5G uCPE powered by Intel® Atom® C3000 processors that offer performance and cost-effective solutions for FWA services. Cordoba – 5G Backbone with 2.5GbE and Wi-Fi 6. The Silicom Cordoba uCPE is a high-bandwidth uCPE perfect for FWA. The elegant design of the uCPE includes all internal antennas. Supporting 5G FR1 (sub 6Ghz frequency bands), the device can accept the maximum bandwidth available from the local 5G carrier. That 5G WAN backbone supports 2.5G Ethernet and next-generation Wi-Fi 6 access networks. Silicom Cordoba also features advanced security functionality including a built-in IPSec security engine for encryption (QAT), Trusted Platform Module (TPM) for secure cryptography and Hardware Root of Trust functionality to ensure boot security.
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Valencia - cost effective and compact Intel® Atom® C1100-based “Formerly Arizona Beach” desktop network appliance 2-core/4-core/8-core.The Valencia Network Appliance offers cost-effective, high-performance solutions for a wide variety of edge-based applications. This powerful platform features robust CPUs, plentiful memory, and storage scalability to handle various workloads including SD-WAN, SASE, SSE and IoT while supporting a host of networking options including 2.5GbE and 10G SFP+ as well as PoE++ ports. Dual 4G/5G cellular cards provide flexible and secure data transfer from any remote location. For superior wireless performance, the system supports Wi-Fi 6. Additionally, the Valencia Network Appliance offers expandability with a range of AI cards to accelerate processing power at the edge. Valencia Network Appliance was designed with a focus on flexibility and customization, enabling the deployment of various networking services including SD-WAN, SASE, WAN optimization, edge analytics and IoT applications.
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P4CG2BPi81 Bypass Server Adapter - Dual port Fiber 100 Gigabit Ethernet PCI Express Gen 4.0 Bypass Server Adapter Intel® E810 based. Silicom’s P4CG2BPi81 Bypass Server Adapter 100 Gigabit Ethernet PCI Express Intel® E810 based is designed for Servers and high-end appliances. The Silicom’s P4CG2BPi81 Bypass Server Adapter 100G Intel® E810 based offer simple integration into any PCI Express X16 to 100 Gigabit Networks. The performance is optimized so that system I/O is not the bottleneck in high-performance networking applications. The Silicom’s P4CG2BPi81 Bypass server adapter is targeted to inline network system that maintains network connectivity when system fails. The Silicom’s P4CG2BPi81 Bypass Server Adapter 100 Gigabit Ethernet PCI-e is based on Intel E810-CAM2 Ethernet controller with fully integrated two 100G Ethernet Ports, enhanced programmable packet processing pipeline, virtualization (Enhanced SR-IOV support with up to 256 VFs, backward compatibility VF driver support), new features for the communications market (fine grained scheduler, transmit head drop support, adjustment of credits according to different headers, enhanced QoS, enhanced burst control) and RDMA (iWARP and RoCEv2). Silicom’s P4CG2BPi81 Bypass Server Adapter 100 Gigabit Ethernet supports normal, bypass and disconnect modes. In normal mode, the ports are independent interfaces. In bypass mode, all packets received from one port are transmitted to the adjacent port. In disconnect mode, the adapter simulates switch / rout cable disconnection. Silicom’s P4CG2BPi81 Bypass Server Adapter can bypass or disconnect its Ethernet ports on a host system failure, power off, or upon software request. In bypass mode, the connections of the Ethernet ports are disconnected from the system and switched over to the other port to create a crossed connection loop-back between the Ethernet ports. Hence, in bypass mode all packets received from one port are transmitted to the adjacent port and vice versa. This feature enables to bypass a failed system and provides maximum up time for the network. Silicom’s P4CG2BPi81 Bypass Server Adapter Intel® E810 based includes an on board WDT (Watch Dog Timer) controller. The adapter’s software drivers or software application can write commands to the on board WDT controller. The adapter’s software drivers, WDT controller and the Bypass circuitry provide an interface that control and manage the mode of the adapter. Silicom’s 100 Gigabit Ethernet PCI-Express Bypass NICs are the ideal solution for implementing multiple network segments, mission-critical high-powered networking applications and environments within high performance servers.
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Marbella -Universal CPE supporting 4,8, and 10-core Intel® Xeon® D-1700 processors Marbella 1U Networking Appliance features Next-gen Intel® Xeon® D-1700 processor designed to deliver server-class computing, cyber security, and high-bandwidth with built-in AI acceleration Deep Learning Boost and powerful real-time capabilities. The Marbella is designed for fast network processing and cutting-edge developments including next-generation WAN optimization and security. The Marbella platform is a groundbreaking solution that creates an excellent platform for developing applications in the fields of networking uCPE SD-WAN, SASE, SSE, 5G DU and IoT Edge Computing. Its outstanding features allow it to improve packet processing performance while also providing network security within virtual network functions. Based on Intel®’s Xeon® D-1700, the Marbella Networking appliance can run multiple virtual machines and control systems. With its high capacity support that includes real-time systems as well as Hypervisor Support, it consolidates many different types of workloads providing a one-stop-solution Networking Edge Appliance. With memory support up to 256GB DDR4 and two NVMe each with x4 PCIe, it provides unparalleled performance and power. With both commercial and industrial temperature options as well as redundant AC or DC power supplies and a short depth enclosure (12”/305mm), it provides a high degree of scalability. Marbella uCPE Networking Appliance features PCIe Expansion for both x16 Gen4 Full-Height 3⁄4-Length and x8 Gen3 Half-Height Half-Length configurations. Furthermore, the Marbella uCPE Networking Appliance supports LTE/5G and Timesync modules along with BMC in-band support. With all these features and more, the Marbella 1U Networking Appliance is the ideal solution for any edge computing or remote network requirements.
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P425G410G8TS81 TimeSync Card STS425/10 Gigabit Ethernet Grand Master PCIe GEN4 TimeSync card5G Open RAN solutions rely on stringent time synchronization requirements for end-to-end latency and jitter. Timing synchronization has become a critical capability and now is fully available on COTS hardware using specific NICs with time synchronization support.5G requires support of time synchronization accuracy across the whole network below 3 microseconds for Time-Division Duplex (TDD) carriers, and even more stringent when using MIMO or Carrier Aggregation. Contrary to non-Open RAN technologies, Frequency Division Duplex (FDD)carriers also require stringent synchronization to sustain eCPRI-based fronthaul interface. Silicom announce today a new STS4 TimeSync card with 12 ports 10/25G to ensure time precision on COTS hardware using PCIe NIC with Synchronous Ethernet (SyncE) and IEEE 1588v2 Precision Time Protocol (PTP). This breakthrough open the 5G market to any COTS (Commercial of the Shelf Server) vendor to become a based station provider. Silicom’s STS4 TimeSync card capable to synchronize host system with external clock source using 1PPS and 10MHz. The STS TimeSync server adapter support both 1588v2/PTP and SyncE for high clock accuracy in Master and Slave mode. STS4 TimeSync card design is meeting O-RAN requirements for LLS-C1, LLS-C2 and LLS-C3, modes of operations with both Boundary and Transparent clocks. Silicom STS line TimeSync card for 4G and 5G NIC enable real-time data transmission with high timing accuracy at the lowest cost to power 5G DRAN and CRAN edge deployments: Support 1588/PTP over IPv4 / IPV6, IEEE1588v2Support SyncE /ITU-T G.8262T-BC/T-TSC Boundary Clock and TSC Slave Clock /G.8273.2T-GM Grand Master /G.8273.1 per G.8275.1 PTP Profile PRTC Primary Reference Time Clock Class B/G.8272T-TC Transparent Clock /G.8273.31588 Software Stack and Servo Software in x86
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Silicom Hybrid Networking Application Switch with Intel® Xeon® E5-2600 v3 Processor, combines Intel® Network switching in a standard rack mount server chassis.It includes Main Switching Board, built around the Intel® Alta chip set with up to 44 SFP I/Os.The switch is based on Intel® FM6000 family placed on the Main Switching Board, while the Host interface is implemented as PCIe device, based on the Intel® XL710 Network controller set located on the PCIe.
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Silicom’s uCPE based on the Intel® Xeon® D-1500 Processor and Broadcom® Hurricane3 product line is a highly flexible network edge device that brings the agility of modular LAN, WAN, management, and compute to cost-sensitive applications in SD-WAN, CPE, Security, Small Cell, MEC, vRAN, Cell Site, Cloud Edge, Aggregation Router and IoT. With a new type of modularity x86 and networking switch engine designed specifically for networking application. Silicom uCPE is the ideal platform upon which to deploy next-generation edge applications.
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Silicom’s uCPE Large based on the Intel® Xeon® D-1500 Processor and Broadcom® Hurricane3 product line is a highly flexible network edge device that brings the agility of modular LAN, WAN, management, and compute to cost-sensitive applications in SD-WAN, CPE, Security, Small Cell, MEC, vRAN, Cell Site, Cloud Edge, Aggregation Router and IoT. With a new type of modularity x86 and networking switch engine designed specifically for networking application. Silicom uCPE is the ideal platform upon which to deploy next-generation edge applications.
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Silicom’s uCPE based on the Intel® Pentium D-1517 Processor product line is a highly flexible network edge device that brings the agility of modular LAN, WAN, management, and compute to cost-sensitive applications in SD-WAN, CPE, Security, SmallCell, MEC, vRAN, Cell Site, Cloud Edge, Aggregation Router and IoT. With a new type of modularity x86 and networking switch engine designed specifically for networking application. Silicom uCPE is the ideal platform upon which to deploy next-generation edge applications.