Arcserve 10Gigabit Ethernet Adapter

The Arcserve 10Gigabit Ethernet Adapter is engineered for speed, reliability, and seamless integration into enterprise networks. Designed as a PCI Express expansion card, this adapter unlocks the full potential of modern data centers, virtualization hosts, and backup storage environments where every millisecond of latency matters. Whether you’re accelerating backups, improving VM migration times, or enabling high-throughput storage networking, the Arcserve 10Gigabit Ethernet Adapter is built to deliver consistent 10 Gbps performance with low CPU overhead and robust reliability. Its compact form factor and driver-rich ecosystem make it an ideal choice for servers, rack-mounted storage, hyper-converged setups, and edge deployments that demand scalable, plug-and-play networking without compromises.

In today’s data-driven landscape, bandwidth is a critical asset. The Arcserve 10Gigabit Ethernet Adapter is purpose-built to handle demanding workloads, including live backups, disaster recovery replication, virtualization, and high-traffic enterprise applications. With 10 Gigabit Ethernet connectivity, this adapter enables faster data transfers, faster VM snapshots, and smoother storage replication across data centers. It’s designed to reduce bottlenecks in backup windows, widen the lane for data movement, and keep mission-critical services responsive even during peak loads. The result is a more efficient IT environment, improved service levels, and a better experience for end users and applications that rely on fast, dependable network access.

Security, manageability, and interoperability are woven into every layer of the Arcserve 10Gigabit Ethernet Adapter. It’s built to integrate with standard networking gear and widely used operating systems, ensuring seamless deployment across mixed environments. For IT teams, this means less time spent wrestling with drivers, firmware conflicts, or compatibility surprises, and more time focusing on strategic initiatives like virtualization optimization, data protection, and performance tuning. With a strong emphasis on reliability and enterprise-grade features, this adapter supports the ongoing needs of growing organizations that require scalable bandwidth, robust error handling, and predictable performance at scale.

• Ultra-fast 10 Gigabit Ethernet performance with PCI Express architecture to accelerate backups, data transfers, and virtualized workloads. This adapter is designed to deliver sustained throughput for data-intensive operations, including large-scale file transfers, fast database replications, and video-heavy workloads where every second counts.
• Flexible copper-based 10GBASE-T connectivity powered by a PCIe interface, offering easy integration into standard rack servers and storage nodes. The 10GBASE-T copper option simplifies cabling with familiar RJ-45 Ethernet cables, making it straightforward to upgrade congested networks without replacing entire infrastructure and minimizing downtime during deployment.
• Advanced offload technologies for reduced CPU overhead, including large send/receive offloads, interrupt coalescing, and RSS support. These features help keep the host CPU available for application workloads, maintain low latency, and preserve consistent performance under multi-flow traffic and virtualization scenarios.
• Enterprise-grade reliability and broad compatibility with leading operating systems and hypervisors. Expect solid driver support, straightforward installation, and dependable operation in Windows, Linux, VMware ESXi, and other common environments, ensuring teams can standardize on a single 10GbE solution across diverse platforms.
• Plug-and-play installation with straightforward management and ongoing driver updates. The Arcserve 10Gigabit Ethernet Adapter is designed for quick integration into server fleets, with ongoing firmware and driver updates that help protect against evolving network demands and security considerations while maintaining optimal performance.

Technical Details of Arcserve 10Gigabit Ethernet Adapter

• Product Type: PCI Express 10 Gigabit Ethernet Adapter
• Interface: PCIe (PCI Express) expansion card
• Networking Standard: 10 Gigabit Ethernet (10GbE) with copper-based 10GBASE-T connectivity
• Connector Type: RJ-45 connector for 10GBASE-T networks
• Operating System Support: Broad driver support across major Windows and Linux distributions, with virtualization platform compatibility
• Key Features: 10GbE throughput, PCIe bus interface, offload capabilities, and scalable performance for servers and storage nodes
• Warranty and Support: Manufacturer-provided support and warranty terms vary by region; consulting regional documentation is recommended for details

how to install Arcserve 10Gigabit Ethernet Adapter

Installing the Arcserve 10Gigabit Ethernet Adapter is straightforward and designed to minimize downtime. Follow these steps to ensure a clean, stable deployment that delivers the promised throughput and reliability:

• Power down the server or workstation and unplug all power sources to ensure safe installation.
• Open the chassis and locate an available PCI Express slot that matches or exceeds the card’s interface requirements (commonly PCIe 3.0 or higher x4/x8 slots).
• Insert the Arcserve 10Gigabit Ethernet Adapter into the PCIe slot with even pressure until it seats firmly, then secure the bracket with a screw to prevent movement during operation.
• Close the chassis, reconnect power, and boot the system. The host should recognize the new network adapter automatically, and a minimal BIOS/UEFI reminder is typical.
• Install or update the drivers from the official Arcserve or motherboard vendor source. Ensure you select the correct operating system and version to avoid compatibility issues.
• Connect a compatible 10GBASE-T Ethernet cable (RJ-45) to the adapter and attach it to a suitable network switch or router that supports 10 Gbps speeds. Use a link partner that aligns with your desired throughput and latency targets.
• Configure the network settings in the operating system. This may include creating a static IP or using DHCP, enabling jumbo frames if your environment supports it, and applying any required VLAN or QoS configurations for optimized traffic handling.
• Run a baseline performance test to verify link speed, latency, and throughput. Tools like iperf3 or vendor-provided test utilities can help you confirm that the adapter meets expected performance in your environment.
• Document the installation, including driver version, firmware revision, and PCIe slot details. This facilitates future upgrades and troubleshooting, particularly in multi-server environments or hyper-converged setups.

Frequently asked questions

• Q: What is the Arcserve 10Gigabit Ethernet Adapter best suited for?

  A: It is designed for enterprises and data centers that require high-speed network connectivity to accelerate backups, disaster recovery replication, VM networking, and fast data transfers between storage nodes. It excels in virtualization-heavy or database-driven environments where throughput and low latency are critical.

• Q: What kind of cabling does it use?

  A: The adapter uses 10GBASE-T copper connectivity via RJ-45 connectors, enabling compatibility with standard Ethernet cables and widely deployed network switches that support 10 Gbps speeds.

• Q: Which operating systems are supported?

  A: The adapter provides broad driver support across major Windows and Linux distributions and is compatible with common virtualization platforms. Always check the latest driver downloads from the vendor for your exact OS version to ensure full feature compatibility.

• Q: Does this adapter support offloading features?

  A: Yes. It typically includes standard offload capabilities such as large send/receive offloads and interrupt coalescing to improve CPU efficiency and sustain high throughput under multi-flow traffic and virtualization workloads.

• Q: Is installation difficult?

  A: Installation is designed to be straightforward for IT professionals. It involves a standard PCIe slot installation, driver installation, and basic network configuration. Most deployments are plug-and-play with post-install performance verification.