Intel Processors and Ethernet Controller Solutions for Embedded, Edge, and Data Center Systems.
YURUNOX helps engineering and procurement teams connect compute performance, graphics, memory, I/O, networking, power, thermal design, software, platform compatibility, and lifecycle requirements with suitable Intel product directions, then review the exact processor or controller, ordering code, supply condition, evidence, and delivery terms.
Review cores, frequency, graphics, memory, PCIe, chipset, I/O, software, package, power, and thermal limits.
Confirm sockets, cores, memory channels, PCIe, accelerators, firmware, cooling, workload, qualification, and lifecycle.
Compare 1GbE or 10GbE, copper or SerDes, ports, PCIe, time synchronization, offloads, temperature, and drivers.
Confirm exact ordering code, S-spec or stepping, package, lifecycle, firmware, compatibility, validation, and evidence.
Choose the Intel Product Direction by What the System Must Compute or Connect.
The suitable product depends on workload, latency, cores, frequency, graphics, memory, PCIe, Ethernet speed, port configuration, software, power, cooling, operating environment, platform lifetime, and validation responsibility.
Need a Processor for Industrial, Medical, Vision, or Edge Equipment?
Review CPU and graphics workload, core and thread count, frequency, memory type and capacity, PCIe lanes, display and camera interfaces, chipset, operating system, package, power, thermal design, temperature, and lifecycle.
Need Xeon Processing for Servers, Storage, or Enterprise Infrastructure?
Define socket count, cores, frequency, memory capacity and channels, PCIe resources, virtualization, acceleration, storage and network interfaces, workload, firmware, security, power, cooling, and platform qualification.
Need Gigabit or 10-Gigabit Ethernet on an Embedded or Server Board?
Confirm port count, 1000BASE-T or SerDes/SGMII, 10GBASE-T, PCIe generation and lanes, time synchronization, AVB, virtualization and offloads, sideband management, temperature, package, drivers, and network-stack support.
Need an Exact Processor, Controller, Stepping, or Legacy Ordering Code?
Confirm processor number or controller name, full ordering code, S-spec, stepping, package, speed, power class, temperature, chipset or motherboard approval, firmware, lifecycle status, available supply, and alternate authority.
Move From a System Requirement to a Reviewable Intel Product.
Use the family that matches the compute or connectivity need, then confirm the exact ordering code, generation, configuration, package, temperature, platform compatibility, firmware, lifecycle, quantity, and supply condition.
Embedded Intel Core Processors
Core i5 and i7 directions for industrial PCs, machine vision, medical systems, digital signage, edge gateways, and long-life embedded equipment.
View Embedded CPUsIntel Xeon Scalable
Server processor directions selected around sockets, cores, memory, PCIe, virtualization, acceleration, security, firmware, power, cooling, and workload.
View Xeon ProductsPower-Constrained Edge Compute
Embedded processor directions for fanless and space-constrained systems where workload, graphics, memory, I/O, package, TDP, and thermal path must be balanced.
View 25 W CPU ExampleI210 Gigabit Ethernet
Single-port 1GbE controller directions across copper PHY and SerDes/SGMII options for embedded, server, industrial, and network systems.
View I210 ProductsI211 Gigabit Ethernet
Single-port PCIe Gigabit Ethernet direction for desktop and embedded systems requiring a compact controller and supported network-driver environment.
View I211 ProductX550 10GbE Controllers
Integrated dual-port 10GBASE-T direction for servers, storage, network appliances, and LAN-on-motherboard designs requiring PCIe host connectivity.
View X550-Based ProductPlatform Components
Chipset, memory, storage, network, firmware, operating-system, board, thermal, power, security, and management requirements surrounding the processor.
Review a Platform NeedLifecycle and Compatibility
Exact ordering code, S-spec, stepping, processor generation, package, socket, chipset, firmware, driver, qualification, lifecycle, and alternate-validation requirements.
Review Supply EvidenceFind the Intel Compute or Ethernet Direction That Matches Your Platform.
Choose the deployment and primary function first. The result provides a starting direction and the workload, compatibility, lifecycle, and purchasing information required for a useful RFQ.
Select the Deployment and Primary Function.
Start with what the system must compute or connect. The exact product can then be narrowed by workload, cores, graphics, memory, PCIe, Ethernet interface, software, power, cooling, environment, lifecycle, and supply requirements.
The result is an initial product direction, not a substitute for motherboard, chipset, firmware, operating-system, driver, electrical, mechanical, thermal, or system-level validation.
Embedded Intel Core Processor Direction
Begin with CPU and graphics workload, cores and threads, base and turbo frequency, memory type and capacity, PCIe resources, display and camera interfaces, chipset, operating system, package, TDP, thermal design, temperature, and lifecycle.
Compare Intel Processor and Ethernet Controller Directions Before Reviewing the Exact Part.
This comparison connects common embedded-compute, server-compute, Gigabit Ethernet, and 10GbE needs with the provided Intel product examples.
| Product | Category | Primary Direction | Package / Platform | Key Selection Checks | Product Page |
|---|---|---|---|---|---|
| I210IS | Gigabit Ethernet | Industrial-temperature single-port 1GbE SerDes/SGMII controller. | 9 × 9 mm, 64-pin QFN | PCIe host, SerDes or SGMII, time synchronization, sideband management, drivers, temperature, package, and lifecycle. | View I210IS |
| I7-6820EQ | Embedded Core i7 | Four-core, eight-thread embedded processor direction for compute and graphics workloads. | FCBGA1440 | Board and BIOS support, cores, frequency, graphics, memory, PCIe, chipset, 45 W thermal design, package, and lifecycle. | View I7-6820EQ |
| 4210R (XEON) | Xeon Silver | Ten-core, twenty-thread 2nd Gen Xeon Scalable direction for an approved server platform. | FCLGA3647 | Motherboard generation, socket, firmware, memory, PCIe, workload, virtualization, 100 W cooling, S-spec, and lifecycle. | View 4210R |
| I210AT | Gigabit Ethernet | Single-port copper 1GbE controller direction for embedded and server systems. | 9 × 9 mm, 64-pin QFN | 1000BASE-T PHY, magnetics, PCIe host, AVB or time synchronization, management, drivers, package, and lifecycle. | View I210AT |
| FT82X550AM2 | X550-Based Ethernet | Dual-port 10GbE controller listing for server, storage, and network-appliance designs. | Controller package listing | Exact top marking and order code, 10GBASE-T, port count, PCIe, power, thermals, drivers, board design, stepping, and lifecycle. | View FT82X550AM2 |
| I5-7442EQ | Embedded Core i5 | Four-core 25 W embedded processor direction for power- and space-constrained equipment. | FCBGA1440 | Board and BIOS support, CPU and graphics workload, memory, PCIe, chipset, 25 W thermal path, package, and lifecycle. | View I5-7442EQ |
| WGI211AT | Gigabit Ethernet | Single-port PCIe 1GbE controller direction for desktop and embedded systems. | 9 × 9 mm, 64-pin QFN | Host PCIe, copper PHY and magnetics, time synchronization, offloads, PXE, drivers, temperature, package, and lifecycle. | View WGI211AT |
| 5218 (XEON) | Xeon Gold | Sixteen-core, thirty-two-thread 2nd Gen Xeon Scalable direction for an established server platform. | FCLGA3647 | Motherboard generation, socket, firmware, memory, PCIe, workload, four-socket scaling needs, 125 W cooling, S-spec, and lifecycle. | View 5218 |
Use this table for initial direction only. Confirm the complete ordering code, S-spec or stepping, processor or controller generation, package, socket, chipset, BIOS or firmware, driver, memory, PCIe, temperature, lifecycle, current Intel documentation, platform compatibility, and validation results before design or purchasing approval.
Support Industrial, Vision, Network, Server, Storage, and Long-Life Platform Requirements.
Intel processor and Ethernet controller directions serve different compute, graphics, memory, I/O, network, power, thermal, software, security, qualification, and lifecycle needs. Final selection must be validated against the complete board and system.
Industrial PCs, Controllers, HMIs, and Gateways
CPU and graphics workload, fanless operation, memory and storage, PCIe and USB, Ethernet, serial I/O, operating system, board support, thermal design, and long lifecycle.
Machine Vision, Inspection, and Medical Imaging
Image-processing performance, integrated graphics, cameras, PCIe accelerators, memory bandwidth, displays, storage, latency, software, power, cooling, and controlled platform revisions.
Routers, Security Appliances, and Edge Gateways
CPU throughput, port speeds, copper or SerDes, PCIe, packet offloads, time synchronization, virtualization, drivers, management, thermals, and network-software support.
Servers, Virtualization, Analytics, and Enterprise Compute
Socket and core count, memory channels, PCIe expansion, accelerators, virtualization, security, networking, storage, firmware, power, cooling, serviceability, and fleet consistency.
Storage Servers and High-Throughput Connectivity
Processor, memory, PCIe, SATA or NVMe, 1GbE or 10GbE, port configuration, offloads, power, cooling, firmware, drivers, redundancy, and system qualification.
Released Medical, Transportation, and Installed Systems
Exact ordering code, S-spec or stepping, board and BIOS approval, operating system, drivers, qualification, change control, lifecycle, traceability, evidence, and validated replacement paths.
Connect the Workload to the Complete Intel Platform and Purchase Specification.
A suitable product family is only the start. Before procurement, confirm the exact processor or controller, ordering code, S-spec or stepping, package, board, chipset, BIOS, drivers, memory, PCIe, Ethernet, power, cooling, lifecycle, quantity, source condition, evidence, and delivery timing.
Workload, CPU and graphics, memory, PCIe, chipset, BIOS, operating system, package, TDP, thermals, temperature, and lifecycle.
Generation, socket, cores, memory channels, PCIe, acceleration, firmware, virtualization, security, power, cooling, and qualification.
Copper or SerDes, port count, PCIe, time synchronization, AVB, management, offloads, drivers, temperature, and package.
Exact order code, 10GBASE-T, PCIe, board design, power, thermals, virtualization, management, drivers, stepping, and lifecycle.
Ordering code, S-spec, stepping, board and BIOS approval, drivers, lifecycle, available evidence, validation, and alternate authority.
Search the Exact Intel Part Number, Then Review the Platform and Supply.
Use the search field for a processor number, controller name, ordering code, or keyword. Product pages support discovery; current availability, S-spec or stepping, package, condition, quantity, evidence, terms, and lead time must be reconfirmed for each RFQ.
I210IS
Industrial-temperature single-port 1GbE SerDes/SGMII controller direction for embedded and network systems requiring PCIe host connectivity.
View I210IS
I7-6820EQ
Four-core, eight-thread embedded Core i7 processor direction with integrated graphics for an established industrial, vision, or imaging platform.
View I7-6820EQ
4210R (XEON)
Ten-core, twenty-thread 2nd Gen Intel Xeon Scalable processor direction for an approved FCLGA3647 server platform.
View Xeon 4210R
I210AT
Single-port copper 1GbE controller direction for embedded and server designs requiring PCIe, time-synchronization, AVB, and management features.
View I210AT
FT82X550AM2
X550-based dual-port 10GbE controller listing for server, storage, network-appliance, and LAN-on-motherboard review.
View FT82X550AM2
I5-7442EQ
Four-core 25 W embedded Core i5 processor direction for an established fanless, compact, graphics-capable, or power-constrained platform.
View I5-7442EQ
WGI211AT
Single-port PCIe Gigabit Ethernet controller direction for desktop and embedded systems requiring copper network connectivity.
View WGI211AT
5218 (XEON)
Sixteen-core, thirty-two-thread 2nd Gen Intel Xeon Scalable processor direction for an established FCLGA3647 server platform.
View Xeon 5218Cannot find the Intel processor or controller? Send the processor number, controller name, complete ordering code, S-spec or stepping if required, package, quantity, motherboard or platform, target date, destination, approved alternatives, and required evidence.
Confirm the Exact Intel Product, Ordering Code, and Evidence Before Shipment.
Selecting a product family does not confirm the condition or compatibility of an actual offer. YURUNOX aligns the quoted Intel processor or controller with the complete ordering code, S-spec or stepping, package, platform requirement, source basis, quantity, commercial terms, and agreed evidence.
Manufacturer, processor or controller name, complete ordering code, S-spec or stepping, package, top marking, quantity, labels, packing, and available traceability.
Motherboard, socket or BGA, chipset, BIOS or firmware, driver, operating system, temperature, current lifecycle information, qualification needs, and customer alternate authority.
Packaging and label photos, visual or microscopic condition, marking review, available traceability, X-ray, electrical, functional, or other suitable checks when available and agreed.
Offered quantity, price basis, validity, lead time, payment, freight, date or lot information, exceptions, destination, protective packing, and receiving requirements.
Turn a Part-Number Request Into a Reviewable Platform Purchase.
A complete RFQ makes technical, compatibility, quality, commercial, and delivery expectations visible before the order moves forward.
Industrial Gateway Requires Intel I210IS
The buyer needs the exact industrial-temperature SerDes/SGMII controller for a released gateway board and cannot approve a copper-PHY variant, different package, or unvalidated replacement.
Align the Platform Requirement
Confirm application, exact part, board, host interface, firmware or drivers, performance, package, temperature, lifecycle, quantity, required date, and alternate authority.
Review the Offered Supply
Record full ordering code, S-spec or stepping where applicable, offered quantity, condition, packing, available date or lot information, lead time, price basis, validity, and exceptions.
Agree the Evidence
Define label, packaging, visual, microscopic, marking, X-ray, electrical, functional, documentation, or other requirements when suitable and agreed.
Approve Release and Delivery
Review evidence, platform responsibilities, exceptions, commercial terms, shipping documents, protective packaging, carrier handoff, destination, and tracking.
Intel Processor and Ethernet Controller Sourcing FAQ.
Use these answers to prepare a clearer Intel part-number search, embedded-platform review, server-maintenance request, network-controller requirement, or BOM quotation.
Can YURUNOX source an exact Intel processor or controller?
Send the processor number or controller name, complete ordering code, S-spec or stepping if required, package, quantity, target date, destination, platform, packing preference, and any lifecycle, lot, traceability, inspection, or documentation requirements. Availability and terms are confirmed for the actual RFQ.
What information is needed for an Intel processor selection review?
Provide the workload, motherboard or board design, processor generation, socket or BGA requirement, cores and threads, frequency, graphics, memory, PCIe, chipset, BIOS, operating system, power, cooling, temperature, security, lifecycle, and production quantity.
What should be confirmed for an Intel Ethernet controller?
Confirm port count, network speed, copper PHY or SerDes/SGMII, host PCIe generation and lanes, time synchronization, AVB, offloads, virtualization, sideband management, magnetics, drivers, operating system, package, temperature, and lifecycle.
How do I avoid ordering the wrong CPU stepping or Ethernet variant?
Use the complete ordering code from the approved BOM or current manufacturer documentation. Confirm processor number or controller variant, S-spec, stepping, package, socket, speed or power class, temperature, board and BIOS approval, firmware or driver constraints, packing, and lifecycle.
What happens if the requested Intel product is unavailable or discontinued?
The review can separate split quantity, revised timing, another packing option, an exact legacy source, an approved platform replacement, or a different product direction. No substitute is treated as approved until the customer completes the required board, BIOS, firmware, driver, thermal, performance, compliance, and purchasing validation.
Can I submit a BOM with processors, chipsets, and Ethernet controllers?
Yes. Include the manufacturer, complete part or ordering code, quantity, target date, destination, platform notes, S-spec or stepping constraints, approved alternatives, package, temperature, and required evidence for each line. The quotation can then show line-specific availability, exceptions, and terms.
What quality evidence can be requested before shipment?
Depending on the part, supply condition, quantity, risk, samples, equipment, available records, and agreed scope, evidence may include packaging and label photos, visual or microscopic inspection, marking review, X-ray, electrical or functional checks, and supporting documents.
Are price and inventory shown on this page current?
No fixed inventory or price is represented by this page. Current quantity, price basis, validity, lead time, source condition, packing, date or lot information, S-spec or stepping, evidence, freight, payment, and exceptions are confirmed for each quotation.
Have an Intel Part Number, BOM, Server, or Embedded Platform Requirement?
Send the workload, platform, preferred processor or controller, complete ordering code, S-spec or stepping constraints, package, quantity, target date, destination, approved alternatives, and evidence requirements for an order-specific review.