{"content":[{"text":"Intel® Ethernet 800 Series Network Adapters include \n these technologies: \n Application Device Queues (ADQ) for \n Predictability at Scale \n As modern data centers scale, a key challenge is \n to provide scalable, predictable application-level \n performance. ADQ technology improves \n performance scalability and predictability by \n dedicating queues to key workloads, delivering \n predictable high performance through \n dramatically reduced jitter.","bbox":{"left":0.058824,"top":0.042802,"width":0.424283,"height":0.194572}},{"text":"Increasing the predictability of application response \n times by lowering jitter enables more compute \n servers to be assigned to a task and can allow more \n users to access the system, providing a better \n end-user experience. Even applications that are \n not large scale can benefit from higher consistency, \n enabling them to meet service-level agreements \n (SLAs) more easily.","bbox":{"left":0.065768,"top":0.247677,"width":0.39649,"height":0.13118700000000003}},{"text":"ADQ enables application-specific data steering, \n signaling, and rate limiting using an optimized \n application thread to device data path. This ability \n to dedicate queues and shape network traffic not \n only increases performance, it reduces latency and \n improves throughput. \n Learn more at intel.com/ADQ","bbox":{"left":0.517974,"top":0.247677,"width":0.38646899999999995,"height":0.11729800000000004}},{"text":"Improve Packet Processing Efficiency with Dynamic \n Device Personalization (DDP) \n DDP customizable packet filtering, along with \n enhanced DPDK, support advanced packet forwarding \n and highly-efficient packet processing for both Cloud \n and NFV workloads. \n The 800 Series firmware loads an enhanced DDP \n profile with many workload-specific protocols at driver \n initialization for greater flexibility. When multiple 800 \n Series adapters are present in a system, the pipeline on \n each adapter can be programmed independently with \n a different DDP profile.","bbox":{"left":0.058824,"top":0.3976,"width":0.420915,"height":0.20940799999999998}},{"text":"RoCE (RDMA over Converged Ethernet): RoCEv2 \n substitutes the InfiniBand physical layer and data link \n layer with Ethernet, operates on top of UDP/IP, and is \n routable over IP networks. \n iWARP, IETF standard protocols based: Delivers \n RDMA on top of the pervasive TCP/IP protocol. iWARP \n RDMA runs over standard network and transport layers \n and works with all Ethernet network infrastructure. TCP \n provides flow control and congestion management and \n does not require a lossless Ethernet network. iWARP is \n a highly routable and scalable RDMA implementation.","bbox":{"left":0.519608,"top":0.397424,"width":0.421608,"height":0.18800499999999998}},{"text":"IEEE 1588 Precision Time Protocol (PTP) \n Intel Ethernet 800 Series supports both IEEE 1588 \n PTP v1 and v2 with two-step option. The products \n provide increased accuracy at single-digit nanosecond \n level, and can report the reception time for every \n packet. This level of timing accuracy can help ensure \n tight synchronization across network deployments \n ranging from 5G RAN to financial services, industrial \n automation, and energy monitoring.","bbox":{"left":0.058824,"top":0.618559,"width":0.414026,"height":0.155115}},{"text":"Protect, Detect, and Recover \n Zero Trust is a security design strategy centered on \n the belief that organizations, by default, should not \n automatically trust any request for system access. \n This includes requests coming from outside, as well as \n inside its perimeters. Zero Trust demands that every \n access request be verified before granting access.","bbox":{"left":0.519608,"top":0.602032,"width":0.413516,"height":0.12354899999999991}},{"text":"The 800 Series implements a design philosophy of \n platform resiliency with 3 attributes compliant with \n the NIST Cybersecurity Framework, including NIST \n 800-193 Platform Firmware Resiliency Guidelines: \n Protect, Detect and Recover. By design, the Hardware \n Root of Trust in the 800 Series protects the firmware \n and critical device settings with authentication for \n every access. Signed firmware updates and the \n Hardware Root of Trust protects and verifies critical \n device settings with built-in corruption detection and \n automated device recovery. Together these features \n ensure the device safely returns to its originally \n programmed state.","bbox":{"left":0.519608,"top":0.738333,"width":0.40420100000000003,"height":0.21325799999999995}},{"text":"Increase Throughput and Lower Latency \n with Remote Direct Memory Access (RDMA) \n RDMA provides high throughput and low-latency \n performance for modern high-speed Ethernet \n by eliminating three major sources of networking \n overhead: TCP/IP stack process, memory copies, \n and application context switches. Intel Ethernet 800 \n Series Network Adapters support all Ethernet-based \n storage transport, including iWARP, RoCEv2, and \n NVMe over Fabric. \n 22","bbox":{"left":0.058824,"top":0.786489,"width":0.39904300000000004,"height":0.18247600000000008}}],"images_bbox":[{"left":0.465686,"top":0.097727,"width":0.175438,"height":0.114624},{"left":0.637255,"top":0.097727,"width":0.154902,"height":0.114624},{"left":0.781046,"top":0.097727,"width":0.159804,"height":0.115657}],"images_bbox_not_text_overlap":[{"left":0.465686,"top":0.097727,"width":0.175438,"height":0.114624},{"left":0.637255,"top":0.097727,"width":0.154902,"height":0.114624},{"left":0.781046,"top":0.097727,"width":0.159804,"height":0.115657}]}