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Shenzhen Telefly Telecommunications Equipment Co., LTD. supplies Network Card solutions for reliable wired connectivity in enterprise, data center, telecom, cloud, AI, and related hardware environments. Also known as a Network Interface Card or NIC, this category covers Ethernet, PCIe, server, copper, and fiber options. Buyers can select models according to speed, port type, bus interface, system compatibility, and deployment scenario. As a China-based hardware equipment manufacturer and supplier established in 2010, we integrate product development, sales, service, technical support, and after-sales support for B2B procurement needs.
A Network Card is a key connectivity component for servers, workstations, storage systems, and infrastructure devices. It enables stable communication over wired Ethernet networks. For enterprise and data center buyers, the right NIC affects bandwidth, latency, redundancy, cabling plans, and long-term system compatibility.
Telefly supplies NIC products for enterprise networking, data centers, cloud computing, communication infrastructure, AI applications, gaming-related high-performance systems, and other computing platforms. Buyers can contact us for available models, specifications, bulk pricing, compatibility confirmation, and OEM requirements through our Network Card quotation request page.
Typical selection factors include interface speed, RJ45 or fiber port type, PCIe bus interface, port count, supported operating systems, compatible switches, cable needs, and transceiver requirements. Our one-to-one customer service and technical support help procurement teams match suitable models to project requirements before ordering.
This category can be organized by transmission speed, media type, connector type, PCIe interface, port count, and target application. This structure helps technical buyers compare options for office networks, server upgrades, storage traffic, virtualization, telecom links, cloud infrastructure, and AI server environments.
When browsing or requesting products, buyers should compare model number, speed, port quantity, connector type, media type, PCIe generation, lane width, chipset or controller information, supported systems, bracket type, and application scenario. Clear specifications reduce compatibility risk and make bulk procurement easier.
Ethernet Network Cards are commonly selected according to bandwidth requirements. Lower-speed cards suit general office, workstation, access server, and basic enterprise network use. Higher-speed NICs are often considered for servers, virtualization, cloud computing, storage networks, and data center environments.
Copper and fiber Network Interface Cards serve different deployment needs. Copper RJ45 models are convenient for short-distance Ethernet cabling and many enterprise environments. Fiber models are widely used for higher bandwidth, longer distance, reduced cabling bulk, and data center interconnection.
PCIe Server Network Cards expand or upgrade server and workstation networking capacity. Before selection, buyers should confirm the PCIe generation, lane width, physical slot size, bracket height, port quantity, thermal space, and operating system or driver support.
Single-port designs may suit simple upgrades. Dual-port or multi-port cards can support redundancy, traffic separation, bandwidth aggregation, or multiple network segments. For server procurement, please provide the server brand and model, available PCIe slot details, target bandwidth, switch information, and intended workload.
Telefly supports B2B buyers with NIC sourcing backed by hardware equipment experience since 2010. We integrate product development, sales, and service. Our product focus covers computing, networking, and storage hardware for enterprise, data center, telecom, AI, and related applications.
We emphasize strict product selection, strict quality control, a rigorous testing framework, and a modern quality management approach. Buyers can also review the Telefly hardware supplier profile to learn more about our background, service capability, and product scope.
Network hardware is often installed in systems that operate continuously. Stable transmission and dependable component selection are important for enterprise and data center users. Telefly’s quality control focus helps buyers reduce procurement uncertainty for servers, workstations, storage systems, and infrastructure equipment.
Depending on product and project requirements, practical checks may include port stability review, transmission performance checks, compatibility confirmation, appearance inspection, packaging inspection, and order verification before shipment. These steps are especially valuable for quantity purchases and multi-site deployments.
Telefly states that customization services are available and OEM requirements are acceptable. For NIC projects, our support may include model selection assistance, configuration matching, labeling requirements, packaging requirements, and bulk procurement coordination based on the buyer’s actual needs.
For a smoother OEM inquiry, please provide the required speed, copper or fiber interface, port quantity, PCIe interface needs, system model, operating system, quantity, destination, and any packaging or branding requirements. Our team can then confirm suitable options and quotation details more efficiently.
Telefly highlights a stable supply chain, competitive pricing, fast global shipping, one-to-one customer service, professional technical support, and after-sales service. These advantages matter to enterprise, data center, telecom, and system integration buyers who need repeatable procurement support.
For long-term projects, buyers can coordinate NIC procurement together with related computing and networking hardware. This approach helps simplify communication and reduce compatibility concerns across servers, switches, transceivers, storage, memory, and other hardware categories supplied by Telefly.
Network Card products are used wherever stable wired connectivity is required between computing devices and network infrastructure. The best NIC choice depends on bandwidth demand, latency sensitivity, port type, server compatibility, cabling distance, switch environment, and deployment scale.
Telefly serves data centers, cloud computing, communication network infrastructure, AI applications, gaming hardware environments, and enterprise networking. Different projects may require copper Ethernet cards for LAN expansion, fiber models for high-speed links, or PCIe server NICs for bandwidth-intensive workloads.
Data centers and cloud platforms rely on stable, high-capacity connections for server interconnection, virtualization, storage traffic, backup, management networks, and large-scale data transmission. In these environments, buyers often compare 10G, 25G, 40G, and 100G options according to switch capacity, server architecture, and workload design.
For cloud and data center deployments, NIC selection should also consider port redundancy, fiber connectivity, transceiver or cable compatibility, airflow, driver support, and rack-level planning. Telefly can assist buyers in reviewing key requirements before procurement.
Enterprise networking applications include office servers, business workstations, file servers, backup servers, internal systems, and access control or management platforms. Copper RJ45 cards are often convenient for short-distance structured cabling. Fiber Ethernet cards may be preferred for backbone links or distance-sensitive network segments.
For enterprise buyers, reliable compatibility and cost-effective deployment are usually as important as raw speed. Our service team can help compare Network Interface Card options based on the existing switch environment, cable plan, operating systems, and planned upgrades.
Communication network infrastructure often requires stable, high-speed data transmission over fiber links. Fiber Network Interface Cards can support these requirements when matched correctly with switches, optical modules, cables, and target transmission distance.
Because Telefly also supplies optical transceivers and network switches, buyers can discuss NIC selection within complete connectivity planning. This is useful for telecom infrastructure, network access environments, and data transmission projects where interface compatibility must be reviewed together.
AI training, GPU server clusters, high-performance computing, and large-scale data processing often require high-throughput and low-latency network paths. A suitable Server Network Card helps support data movement between compute nodes, storage systems, management networks, and switching infrastructure.
For these applications, buyers should match the NIC with server architecture, GPU server workload, PCIe bandwidth, switch ports, and cable or transceiver requirements. Telefly’s broader hardware focus allows technical discussions to consider the full system environment, including servers, graphics cards, storage, memory, and networking products.
Choosing the right Network Card requires more than selecting the highest available speed. Buyers should evaluate the full system environment, including server or workstation model, operating system, PCIe slot availability, switch capacity, cable distance, connector type, redundancy needs, and application workload.
If compatibility is uncertain, please provide detailed system information during inquiry. Telefly can help review key factors and recommend NIC options that better match enterprise, telecom, cloud, AI, or data center deployment needs.
For basic networking and general enterprise use, lower-speed Ethernet cards may be sufficient. For server upgrades, virtualization, storage backup, and business-critical applications, 10G models are commonly evaluated. 25G and higher-speed NICs are often considered for modern data center and cloud environments.
The selected speed should match the rest of the network path. A high-speed adapter cannot deliver the expected benefit if the switch port, cable, transceiver, PCIe slot, or workload does not support the same performance level.
Interface and form factor are critical compatibility points. Buyers should confirm PCIe generation, lane width, slot size, bracket type, chassis space, port quantity, and the required connection type. Common options include RJ45 copper, SFP/SFP+ fiber, SFP28, QSFP+, DAC, AOC, and optical transceiver-based connectivity.
System and driver compatibility should be confirmed before purchasing, especially for server environments, virtualized platforms, and bulk installations. Buyers should check operating system support, server brand and model, chipset or controller preferences, driver availability, and switch-side compatibility.
To reduce compatibility risk, please provide the target system model, operating system version, required speed, port type, cable or transceiver details, and expected deployment quantity. This information helps Telefly recommend a suitable card for the technical environment and procurement plan.
Clear Network Card specifications make comparison easier for procurement teams, engineers, system integrators, and data center buyers. Consistent product data also helps users filter models by speed, port count, connector type, media type, bus interface, operating system support, and application scenario.
Where exact model data is not shown on the category page, the following fields can be used as a structured specification framework for future listings, datasheets, and quotation discussions. Buyers can also request a detailed datasheet when evaluating models for bulk orders.
Telefly supports customization services and accepts OEM requirements according to project needs. For Network Card orders, B2B buyers can discuss model selection, configuration matching, labeling, packaging, procurement quantity, destination, and delivery planning with our service team.
As a Network Card supplier with a stable supply chain, competitive pricing, fast global shipping, one-to-one customer service, professional technical support, and after-sales service, Telefly supports enterprise, telecom, data center, cloud, and system integration buyers. Bulk purchasers can send detailed technical and commercial requirements for a more accurate quotation and model recommendation.
Required speed, such as 1G, 10G, 25G, 40G, 100G, or another project requirement
Copper or fiber interface requirement
Port quantity and redundancy needs
PCIe generation, lane width, and bracket requirement
Server, workstation, or system model
Operating system and driver requirements
Switch model, cable type, or transceiver requirement if known
Order quantity and destination country or region
OEM, labeling, packaging, or bulk procurement requirements
Providing these details in the first inquiry helps reduce back-and-forth communication. It also allows Telefly to respond with suitable options, pricing information, and supply recommendations.
If you are comparing Network Card models for enterprise networking, data center servers, telecom infrastructure, cloud platforms, or AI computing environments, Telefly can help review your technical requirements and recommend suitable options. We support model selection, compatibility confirmation, pricing, lead time, shipping details, OEM needs, and after-sales service.
As a Network Card supplier based in Nanshan District, Shenzhen, Shenzhen Telefly Telecommunications Equipment Co., LTD. has served computing, networking, and storage hardware buyers since 2010. Send your requirements through our request a Network Card quote channel. Please include speed, interface, port count, system model, operating system, quantity, and destination. Our team will help you move from product comparison to procurement more efficiently.
They usually refer to the same type of hardware. A Network Card, Network Interface Card, or NIC connects a computer, server, workstation, or infrastructure device to a wired network.
Copper models are often used for short-distance RJ45 Ethernet connections. Fiber models are suitable for longer-distance, high-speed, and data center links. Our team can help you compare switch ports, cable type, distance, bandwidth requirements, and deployment environment.
Yes. Please provide the server model, operating system, required speed, port type, PCIe interface details, and application scenario. Telefly can then help recommend suitable options and reduce compatibility risk before purchase.
Yes. Telefly states that OEM requirements are acceptable and supports customization services. Bulk buyers can send specifications, quantity, destination, packaging requirements, and project details for quotation and supply support.
The right speed depends on workload, switch capacity, server architecture, cable or transceiver design, and infrastructure planning. 10G, 25G, 40G, and 100G models are commonly considered for data center and cloud environments. Our team recommends confirming the final choice against the complete system environment.
+86-187-2617-7034 / +86-755-2689-0212
info@telefly.cn
+8618726177034
