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overviewthe Intel® Ethernet Converged Network Adapter X710 Addresses The Demanding Needs Of An Agile Data Center By Providing Unmatched Features For Both Server And Network Virtualization, Flexibility For Lanand San Networks, And Proven, Reliable Performance.the Intel® Ethernet 700 Series Network Adapters. These Adapters Are The Foundation For Server Connectivity, Providing Broad Interoperability, Criticalperformance Optimizations, And Increased Agility For Communications, Cloud, And Enterprise It Network Solutions.interoperability - Multiple Speeds And Media Types For Broad Compatibility Backed By Extensive Testing And Validation.optimization - Intelligent Offloads And Accelerators To Unlock Network Performance In Servers With Intel® Xeon® Processors.agility - Both Kernel And Data Plane Development Kit (dpdk) Drivers For Scalable Packet Processing.intel® Ethernet 700 Series Delivers Networking Performance Across A Wide Range Of Network Port Speeds Through Intelligent Offloads, Sophisticated Packet Processing, And Quality Open Source Drivers.
overviewthe Intel® Ethernet Converged Network Adapter X710 Addresses The Demanding Needs Of An Agile Data Center By Providing Unmatched Features For Both Server And Network Virtualization, Flexibility For Lanand San Networks, And Proven, Reliable Performance.the Intel® Ethernet 700 Series Network Adapters. These Adapters Are The Foundation For Server Connectivity, Providing Broad Interoperability, Criticalperformance Optimizations, And Increased Agility For Communications, Cloud, And Enterprise It Network Solutions.interoperability - Multiple Speeds And Media Types For Broad Compatibility Backed By Extensive Testing And Validation.optimization - Intelligent Offloads And Accelerators To Unlock Network Performance In Servers With Intel® Xeon® Processors.agility - Both Kernel And Data Plane Development Kit (dpdk) Drivers For Scalable Packet Processing.intel® Ethernet 700 Series Delivers Networking Performance Across A Wide Range Of Network Port Speeds Through Intelligent Offloads, Sophisticated Packet Processing, And Quality Open Source Drivers.
designed With The Bridgeless Intel® Ethernet Controller I350, This 1gbe Adapter Delivers Performance Through Industry Leading Enhancements For Both Virtualized And Iscsi Networking Environments.a Suite Of Hardware Assists Improves Overall System Performance By Lowering The I/o Overhead In Virtualized Environments. Iscsi Simplifies San Connectivity By Eliminating The Need For San- Specific Adapters Or Switches.this Adapter Also Includes Power Management Technologies Such As Energy Efficient Ethernet (eee) And Dma Coalescing (dmac). With Advanced Power Management Technologies, Customers Can Configure Power Options On The Adapter And More Effectively Manage Their Power Consumption.the Intel® Ethernet I350 Server Adapters Includes These Featured Technologies:flexible I/o Virtualizationthe Intel® Ethernet I350 Adapters Include Intel® Virtualization Technology For Connectivity (intel Vt-c) To Deliver I/o Virtualization And Quality Of Service (qos) Features Designed Directly Into The I350 Controller On The Adapter. I/o Virtualization Advances Network Connectivity Models Used In Today''s Servers To More Efficient Models By Providing Flexible Port Partitioning (fpp), Multiple Rx/tx Queues, And On-controller Qos Functionality That Can Be Used In Both Virtual And Non-virtual Server Deployments.by Taking Advantage Of The Pci-sig Sr-iov Specification, Intel® Ethernet Products Enable Flexible Port Partitioning (fpp). With Fpp, Virtual Controllers Can Be Used By The Linux Host Directly And/or Assigned To Virtual Machines. With This Port Partitioning, Administrators Can Create Up To Eight Dedicated Networks On A Single Ethernet Port For Use In Baremetal And Virtualized Server Deployments.in A Bare-metal Linux Server, Host Processes Can Be Assigned To Dedicated Network Resources To Provide Traffic Isolation And Balanced Bandwidth Allocation.in A Virtualized Environment, A Vm Can Be Assigned To A Virtual Controller To Reduce The Cpu Overhead Seen When Using A Software-based Network Bridge, By Offloading Network Traffic Management To The Ethernet Controller Silicon.scalable Iscsi Performanceiscsi Uses Ethernet To Carry Storage Traffic, Extending The Familiarity And Simplicity Of Ethernet To Storage Networking, Without The Need For San-specific Adapters Or Switches. Intel® Ethernet Adapters, With Built-in Iscsi Initiators For Microsoft Windows, Linux, And Vmware Esxi Platforms, Provide A Simple, Dependable, Cost-effective Way To Connect To Lans And Iscsi Sans.intel® Ethernet Adapters Include Hardware-based Iscsi Acceleration Features That Do Not Require Offloading To A Proprietary Tcp/ip Stack. Iscsi Acceleration Uses Large Send Offload, Receive Side Coalescing And Transmit Send Offloads To Help Reduce Latency And Lower Cpu Utilization. To Improve Efficiency, Msi-x, Receive-side Scaling And Intel® Ethernet Flow Director, Scale I/o Processing Across Multiple Cpu Cores. Direct Memory Access (dma), Direct Cache Access (dca) And Header Splitting Improve Network Data Processing Efficiency, And Data Center Bridging (dcb) Supports Multiple Traffic Classes That Can Be Prioritized For Iscsi Traffic.these Built-in Initiators Are Broadly Tested Using Multiple Generations Of Operating Systems, Storage Systems, And Os Tools To Help Ensure Reliability And Ease Of Use. Standardizing On Intel Ethernet For Iscsi Allows Administrators To Use A Single Initiator, Tcp/ip Stack, And A Common Set Of Management Tools And It Policies.
autonegotiation Between 1gbe, 2.5gbe, 5gbe, And 10gbe Provides The Necessary Backwards Compatibility Required For A Smooth Transition And Easy Migration To 10gbe.the X550 Is A Low-cost Option For Deploying 10gbe In Your Data Center Because It Uses Cat6 And Cat6a Cabling - Standard Cabling For Many Data Centers. Copper Cabling''s Flexible Reach From 1 Meter To 100 Meters Also Supports Top Of Rack (tor), Middle Of Row (mor), And End Of Row (eor) Network Architectures.this Adapter Also Reduces Cost And Power Through Its Single-chip Solution. The Adapter Uses The Intel® Ethernet Controller X550, With Integrated Mac And Phy. Integration Translates To Lower Power And Means No More Active Heatsink Reducing The Per-port Power Consumption.integration Also Equals Lower Cost Per Port. When Cabling Is Accounted For, Cost Efficiencies Realized From A Single 10gbase-t Adapter Means That This Is Possibly The Lowest-cost Media To Deploy. When Time And Budget Allow, 10gbase-t Switches Can Be Added To Experience The Full Benefits Of 10gbe.virtualizationvirtualization Changes The Way Server Resources Are Deployed And Managed By Running Multiple Applications And Operating Systems Independently On A Single Server. The X550 Includes Intel® Virtualization Technology For Connectivity (intel® Vt-c) To Deliver I/o Virtualization And Quality Of Service (qos) Features.i/o Virtualization Advances Network Connectivity Used In Today''s Servers To More Efficient Models By Providing Fpp, Multiple Tx/rx Queues, Tx Queue Rate-limiting, And On-controller Qos Functionality, Useful For Both Virtual And Non-virtual Server Deployments.the X550 Reduces I/o Bottlenecks By Providing Intelligent Offload Of Networking Traffic Per Vm, Enabling Near-native Performance And Vm Scalability. The Host-based Virtualization Technologies Include: Vmdq For Emulated Path: Adapter-based Vm Queue Sorting Enabling Efficient Hypervisor-based Switching. Sr-iov For Direct Assignment: Adapter-based Isolation And Switching For Various Virtual Station Instances Enabling Optimal Cpu Usage In Virtualized Environment.additionally, This Adapter Family Provides Virtual Bridging Support That Delivers Both Host-side And Switch-side Control And Management Of Virtualized I/o As Well As The Following Modes Of Virtualized Operation: Vepa: Ieee 802.1qbg Support For Virtual Ethernet Port Aggregator. Veb: Virtual Ethernet Bridge Support With Intel Vt.networking Virtualizationnetwork Virtualization Is The Next Big Trend In Creating An Agile Data Center. Vxlan And Nvgre Offloads: These Stateless Offloads Preserve Application Performance For Overlay Networks. With These Offloads, It Is Possible To Distribute Network Traffic Across A Cpu Core. Preserves Application Performance In Network Virtualized Environment.
enet Ntwk Adapt X710-t2l Retail
RETAIL UNIT MM 984719
Intel AX201 IEEE 802.11ax Bluetooth 5.0 Wi-Fi/Bluetooth Combo Adapter for Notebook - M.2 - 2.40 Gbit/s - 2.40 GHz ISM - 5 GHz UNII
intel® Ethernet 800 Series Network Adapters Improve Application Efficiency And Network Performance With Innovative And Versatile Capabilities That Optimize High-performance Server Workloads Such As Nfv, Storage, Hpc-ai, And Hybrid Cloud. Performance For Cloud Applications Delivers The Bandwidth And Increased Application Throughput Required For Demanding Cloud Workloads Including Edge Services, Web Servers, Database Applications, Caching Servers, And Storage Targets. Application Device Queues (adq) Improves Application Response Time Predictability Using Advanced Traffic-steering Technology Dynamic Device Personalization (ddp) Enhances Packet Classification Capabilities, To Deliver Up To 3x Throughput Improvement For Some Cloud Workloads Supports Both Rdma Iwarp And Rocev2 For High-speed, Low-latency Connectivity To Storage Target Optimizations For Communications Workloads Provides Packet Classification And Sorting Optimizations For High-bandwidth Network And Communications Workloads, Including Mobile Core, 5g Ran, And Network Appliances. Dynamic Device Personalization (ddp) Supports Existing And New Communications-specific Protocols Improving Packet-processing Efficiency Up To 3x For Some Network Functions Virtualization (nfv) Workloads Ieee 1588 Precision Time Protocol (ptp) V2 Enables Precise Clock Synchronization Across The 5g Ran Deployments Enhanced Data Plane Development Kit (dpdk) Support Increases Packet-processing Speeds Versatile Port Configurations With Epct E810-cqda1 And -cqda2 Adapters Support A Wide Range Of System Configurations To Meet Customer Needs And Workload Requirements. The Many Port And Speed Combinations Available Simplify Validation Anddeployment. Using Epct, These Adapters Can Be Programmed To Act As Many Different Physical Network Adapters, With A Maximum Throughput Of 100gbps.
intel® Ethernet 800 Series Network Adapters Improve Application Efficiency And Network Performance With Innovative And Versatile Capabilities That Optimize High-performance Server Workloads Such As Nfv, Storage, Hpc-ai, And Hybrid Cloud. Performance For Cloud Applications Delivers The Bandwidth And Increased Application Throughput Required For Demanding Cloud Workloads Including Edge Services, Web Servers, Database Applications, Caching Servers, And Storage Targets. Application Device Queues (adq) Improves Application Response Time Predictability Using Advanced Traffic-steering Technology Dynamic Device Personalization (ddp) Enhances Packet Classification Capabilities, To Deliver Up To 3x Throughput Improvement For Some Cloud Workloads Supports Both Rdma Iwarp And Rocev2 For High-speed, Low-latency Connectivity To Storage Target Optimizations For Communications Workloads Provides Packet Classification And Sorting Optimizations For High-bandwidth Network And Communications Workloads, Including Mobile Core, 5g Ran, And Network Appliances. Dynamic Device Personalization (ddp) Supports Existing And New Communications-specific Protocols Improving Packet-processing Efficiency Up To 3x For Some Network Functions Virtualization (nfv) Workloads Ieee 1588 Precision Time Protocol (ptp) V2 Enables Precise Clock Synchronization Across The 5g Ran Deployments Enhanced Data Plane Development Kit (dpdk) Support Increases Packet-processing Speeds Versatile Port Configurations With Epct E810-cqda1 And -cqda2 Adapters Support A Wide Range Of System Configurations To Meet Customer Needs And Workload Requirements. The Many Port And Speed Combinations Available Simplify Validation Anddeployment. Using Epct, These Adapters Can Be Programmed To Act As Many Different Physical Network Adapters, With A Maximum Throughput Of 100gbps.
overview Intel® Ethernet Qsfp28 Optics Are An Excellent Choice For Fiber Systemsin High-speed Communications Equipment. Both Short Range Andlong-range Transceiver Modules Are Available For Maximum Customerflexibility. The Extended Case Operating Temperature Allows Customersto Support A Range Of Server Requirements.these 100gbe Optical Transceivers Come Integrated With Fourindependent Transmit And Receive Channels, Each Capable Of 25gbeoperation, For An Aggregate Data Rate Of 100gbe. The Qsfp28 Sr4transceiver Is A High-performing Module For Sr Optical Links Over Om4mmf, And Is Ideal For Short-range, Multi-lane Data Communication, Andinterconnects Applications. The Qsfp28 Lr4 Module Is Designed Forextended Reach And Supports Links Up To 10km Of Single Mode Fiber. When Used With Intel® Ethernet Network Adapters With Qsfp28connectivity, These Optics Provide Interoperability And Secureconnections For Virtualized Platforms, High-speed Networking, Andconsistently Reliable Performance.
MFR: Netgear, Inc
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Part #: GS105NA