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Vendor:NVIDIA
NVIDIA 945-14070-0080-000 | Dev kit | Jetson AGX Thor | Edge AI compute | PCIe | GbE | USB‑C | Display | Linux SDK
945-14070-0080-000
Vendor:NVIDIANVIDIA 945-14070-0080-000 | Dev kit | Jetson AGX Thor | Edge AI compute | PCIe | GbE | USB‑C | Display | Linux SDK
Next‑generation Jetson AGX Thor developer kit for high‑performance edge AI prototyping with integrated GPU acceleration, rich I/O, and Linux SDK support. Designed for robotics, autonomous machines, and vision applications at the edge. -
Vendor:NVIDIA
NVIDIA MCP1650-H00AE30 | 200G QSFP56 | IB HDR | copper DAC (passive) | reach 0.5m | QSFP56↔QSFP56 | LSZH, 30AWG
MCP1650-H00AE30
Vendor:NVIDIANVIDIA MCP1650-H00AE30 | 200G QSFP56 | IB HDR | copper DAC (passive) | reach 0.5m | QSFP56↔QSFP56 | LSZH, 30AWG
Ultra-short passive direct-attach copper cable for InfiniBand HDR 200Gb/s links. QSFP56 to QSFP56 with LSZH jacket and 30AWG conductors, optimized for in-chassis or same-rack connections where the cleanest cabling and lowest latency are desired. -
Vendor:NVIDIA
NVIDIA 980-9I63O-00A002 | 25Gb SFP28 AOC, 850nm MMF, 2m reach, SFP28–SFP28
980-9I63O-00A002
Vendor:NVIDIANVIDIA 980-9I63O-00A002 | 25Gb SFP28 AOC, 850nm MMF, 2m reach, SFP28–SFP28
High-performance 25Gb active optical cable for low-latency, short-reach interconnects between SFP28 ports. Delivers consistent throughput and low power with simple plug‑and‑play deployment over multimode fiber. Ideal for TOR switching, storage, and HPC clusters where cable management and EMI immunity matter. -
Vendor:NVIDIA
NVIDIA 980-9I48B-00C002 | 100G AOC | QSFP28 to 4x SFP28 | 850nm MMF | 2m | 4x25G breakout | 100GBASE-AOC
980-9I48B-00C002
Vendor:NVIDIANVIDIA 980-9I48B-00C002 | 100G AOC | QSFP28 to 4x SFP28 | 850nm MMF | 2m | 4x25G breakout | 100GBASE-AOC
QSFP28 to quad SFP28 active optical breakout for converting a 100G port into four independent 25G links over multimode fiber. Ideal for connecting top‑of‑rack switches to 25G server NICs across short distances with simple, low‑power, plug‑and‑play optics. This 2 m assembly integrates the optical engines in each end for easy deployment. -
Vendor:NVIDIA
NVIDIA 900-54935-2500-000 | NVLink bridge, 3-slot spacing, RTX 5000 compatible, NVLink 2.0, up to 50 Gb/s aggregate
900-54935-2500-000
Vendor:NVIDIANVIDIA 900-54935-2500-000 | NVLink bridge, 3-slot spacing, RTX 5000 compatible, NVLink 2.0, up to 50 Gb/s aggregate
High-bandwidth NVLink 2.0 bridge engineered to connect two RTX 5000 workstation GPUs with 3-slot spacing, enabling larger combined frame buffers and higher inter-GPU bandwidth for demanding visualization and compute workloads. Confirm your motherboard provides 3-slot center-to-center spacing between the two PCIe x16 slots housing the GPUs. -
Vendor:NVIDIA
NVIDIA 900-53669-2500-000 | NVLink bridge, 3-slot spacing, 2-way dual-GPU, RTX A6000/A5500/A5000/A4500 compatible
900-53669-2500-000
Vendor:NVIDIANVIDIA 900-53669-2500-000 | NVLink bridge, 3-slot spacing, 2-way dual-GPU, RTX A6000/A5500/A5000/A4500 compatible
Purpose-built NVLink bridge for Ampere-based RTX A-series GPUs with three-slot spacing, enabling fast peer-to-peer links and memory sharing between two identical GPUs. Ideal for data science, rendering, and visualization workloads. -
Vendor:NVIDIA
NVIDIA 900-53669-0000-000 | NVLink bridge, 3-slot spacing, 2-way dual-GPU, RTX A-series professional compatibility
900-53669-0000-000
Vendor:NVIDIANVIDIA 900-53669-0000-000 | NVLink bridge, 3-slot spacing, 2-way dual-GPU, RTX A-series professional compatibility
Dual-GPU NVLink bridge for professional RTX A-series cards installed three slots apart. Provides a high-speed interconnect for memory sharing and faster data exchange in multi-GPU workflows. -
Vendor:NVIDIA
NVIDIA 900-5G192-2551-000 | RTX A2000 Professional Graphics Card, 12GB GDDR6 ECC
900-5G192-2551-000
Vendor:NVIDIANVIDIA 900-5G192-2551-000 | RTX A2000 Professional Graphics Card, 12GB GDDR6 ECC
The NVIDIA RTX A2000 12GB is a professional graphics card built on Ampere architecture, designed for CAD, rendering, and AI-accelerated workflows. It features 3,328 CUDA cores, 26 second-generation RT cores, 104 third-generation Tensor cores, and 12GB of GDDR6 memory with ECC support in a compact dual-slot, low-profile form factor. Ideal for workstations requiring real-time ray tracing, deep learning inference, and professional visualization. -
Vendor:NVIDIA
NVIDIA 900-5G144-2200-000 | RTX PRO 6000 Graphics Card, 96GB GDDR7, 24064 CUDA Cores, 600W
900-5G144-2200-000
Vendor:NVIDIANVIDIA 900-5G144-2200-000 | RTX PRO 6000 Graphics Card, 96GB GDDR7, 24064 CUDA Cores, 600W
The NVIDIA RTX PRO 6000 Blackwell Workstation Edition delivers extreme AI and graphics performance for professionals tackling demanding workflows. Built on the revolutionary Blackwell architecture with 24,064 CUDA cores and 96GB of ECC GDDR7 memory, it accelerates AI development, 3D rendering, real-time simulation, data science, and engineering. This dual-slot, double-flow-through cooled GPU features PCIe 5.0 interface, four DisplayPort 2.1b outputs, and 1792 GB/s memory bandwidth to handle the most complex datasets and multi-app workflows. -
Vendor:NVIDIA
NVIDIA Q112-400G-CU0-5 | 400G QSFP112 passive DAC | 0.5 m twinax | 400GBASE-CR4 | QSFP112-to-QSFP112
Q112-400G-CU0-5
Vendor:NVIDIANVIDIA Q112-400G-CU0-5 | 400G QSFP112 passive DAC | 0.5 m twinax | 400GBASE-CR4 | QSFP112-to-QSFP112
High-performance 0.5 m passive copper DAC for 400G QSFP112 ports. Ideal for ultra‑low‑latency, short interconnects such as node stacking or adjacent rack connections without the power draw of active optics. -
Vendor:NVIDIA
NVIDIA 980-9IAM5-00X01A | MCA4K50 | 1600G OSFP Active Copper Cable | Reach 1.5m | 1.6T Ethernet | Connector: OSFP‑to‑OSFP
980-9IAM5-00X01A
Vendor:NVIDIANVIDIA 980-9IAM5-00X01A | MCA4K50 | 1600G OSFP Active Copper Cable | Reach 1.5m | 1.6T Ethernet | Connector: OSFP‑to‑OSFP
High‑density OSFP active copper cable engineered for ultra‑low‑latency 1.6T links inside AI and data center platforms. The fixed 1.5 m assembly with IHS‑to‑IHS terminations delivers robust signal integrity for short‑reach back‑to‑back connections while minimizing power and airflow impact in tightly packed OSFP cages. -
Vendor:NVIDIA
NVIDIA 980-9IAM5-00X001 | MCA4K50 | 1600G OSFP Active Copper Cable | Reach 1.1m | 1.6T Ethernet | Connector: OSFP‑to‑OSFP
980-9IAM5-00X001
Vendor:NVIDIANVIDIA 980-9IAM5-00X001 | MCA4K50 | 1600G OSFP Active Copper Cable | Reach 1.1m | 1.6T Ethernet | Connector: OSFP‑to‑OSFP
Short‑reach 1.6T OSFP active copper cable with integrated heat sinks on both ends for superior thermal control in tightly packed racks. The 1.1m length is ideal for within‑rack connections that demand the lowest latency and minimal power. -
Vendor:NVIDIA
NVIDIA 980-9IAM3-00X02A | MCA4K50 | 1600G OSFP Active Copper Cable | Reach 2.5m | 1.6T Ethernet | Connector: OSFP‑to‑OSFP
980-9IAM3-00X02A
Vendor:NVIDIANVIDIA 980-9IAM3-00X02A | MCA4K50 | 1600G OSFP Active Copper Cable | Reach 2.5m | 1.6T Ethernet | Connector: OSFP‑to‑OSFP
1.6T OSFP active copper assembly with integrated heat sinks on both ends for improved thermal performance. The 2.5m reach provides flexible short‑distance wiring while preserving the ultra‑low latency and power advantages of copper for high‑bandwidth fabrics. -
Vendor:NVIDIA
NVIDIA 980-9IAM3-00X003 | MCA4K50 | 1600G OSFP Active Copper Cable | Reach 3m | 1.6T Ethernet | Connector: OSFP‑to‑OSFP
980-9IAM3-00X003
Vendor:NVIDIANVIDIA 980-9IAM3-00X003 | MCA4K50 | 1600G OSFP Active Copper Cable | Reach 3m | 1.6T Ethernet | Connector: OSFP‑to‑OSFP
Active copper OSFP cable delivering 1.6T aggregate bandwidth for dense data center fabrics. Integrated heat sinks on both ends support reliable thermals at 3m. Optimized for short‑reach, low‑latency Ethernet links in AI/HPC clusters and spine‑leaf architectures. -
Vendor:NVIDIA
NVIDIA 980-9IAM3-00X002 | MCA4K50 | 1600G OSFP Active Copper Cable | Reach 2m | 1.6T Ethernet | Connector: OSFP‑to‑OSFP
980-9IAM3-00X002
Vendor:NVIDIANVIDIA 980-9IAM3-00X002 | MCA4K50 | 1600G OSFP Active Copper Cable | Reach 2m | 1.6T Ethernet | Connector: OSFP‑to‑OSFP
High‑density 1.6T OSFP active copper cable designed for ultra‑low‑latency, short‑reach switch interconnects. Integrated heat sinks on both OSFP ends improve thermal performance in dense chassis. Ideal for AI/HPC fabrics and spine‑leaf deployments requiring 1600G aggregate bandwidth without the power draw of optical links. -
Vendor:NVIDIA
NVIDIA 980-9IA0R-00N01A | 400Gb/s OSFP AOC | InfiniBand NDR | 850nm MMF | OSFP–OSFP | 1.5m | Flat-top heatsink
980-9IA0R-00N01A
Vendor:NVIDIANVIDIA 980-9IA0R-00N01A | 400Gb/s OSFP AOC | InfiniBand NDR | 850nm MMF | OSFP–OSFP | 1.5m | Flat-top heatsink
Balanced-length 400G active optical cable for NDR InfiniBand. OSFP-to-OSFP with 850 nm MMF ensures high signal integrity and low latency for top-of-rack or adjacent-rack links. The flat-top heatsink supports high-density, low-clearance OSFP cages and is validated for NVIDIA Quantum-2 and ConnectX-7 platforms.
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Why buy NVIDIA from XS Network Tech?
Trusted by data centres and AI infrastructure teams across Australia, XS Network Tech delivers NVIDIA networking hardware with the speed and precision high-throughput environments demand. Our expert sales team supports pre-sales specification for GPU fabrics and AI builds, with local Sydney stock available for same-day dispatch. Wide inventory across current and EOL NVIDIA platforms, every used unit tested and backed by a 12-month warranty.
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Can I buy used NVIDIA networking hardware in Australia?
Yes. We stock new, used, and EOL NVIDIA networking equipment locally in our Sydney warehouse for fast Australia-wide dispatch. Used NVIDIA hardware is a cost-effective option for teams building out AI infrastructure or high-throughput data centre fabrics without new-hardware lead times or pricing. We also offer configure-to-order NVIDIA GPU servers. Spec your CPU, memory, storage, and networking to match your exact workload, and we'll build and test it before despatch.
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What NVIDIA products does XS Network Tech stock?
Our NVIDIA range spans ConnectX SmartNICs (ConnectX-6, ConnectX-7), Spectrum Ethernet switches (SN4600, SN4700), DAC and AOC cables (MCP, MFS series), Quantum InfiniBand switches, and GPU compute including RTX A-series, RTX 4000/6000 Ada, and RTX Blackwell, plus BlueField DPUs and Jetson edge AI modules. Can't find your model? Get in touch and we will sort it.