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| Part No: | FEAT-PC2000/SP-960 |
| Manufacturer No: | AT-PC2000/SP-960 |
| Delivery: | In Stock: 5-7 Days |
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The Allied Telesis AT-PC2000/SP-960 is a compact Gigabit Ethernet SFP fibre media converter designed to extend reliable network connectivity over fibre. Supporting 1000Mbps LAN environments, this versatile RJ-45 to SFP media converter is ideal for connecting and powering remote network devices such as IP phones, IP cameras, and wireless access points, where fibre uplinks are required for distance or performance.
The AT-PC2000/SP-960 enables seamless conversion between copper Ethernet and fibre, allowing organisations to extend Gigabit connectivity beyond the limitations of traditional copper cabling. This makes it ideal for connecting remote devices across longer distances while maintaining high throughput and low latency.
With support for both single-mode and multi-mode fibre through interchangeable SFP modules, the media converter can be easily adapted to suit different network infrastructures. Optional 100Mbps and 1Gbps SFPs provide backwards compatibility and deployment flexibility.
Designed to support remote endpoints such as IP phones, surveillance cameras, and wireless access points, the AT-PC2000/SP-960 ensures stable and efficient connectivity at the network edge. This makes it particularly suitable for enterprise, education, and commercial environments.
Supporting up to 4,000 MAC addresses, the media converter is capable of handling multiple connected devices and network traffic efficiently. This ensures reliable operation in busy network segments without performance degradation.
The AT-PC2000/SP-960 can be installed as a standalone unit on a desk or shelf, or mounted on a wall for space-constrained environments. This flexibility allows it to be deployed close to end devices, reducing cabling complexity and installation time.
Built to Allied Telesis quality standards, the AT-PC2000/SP-960 offers a compact, reliable solution for fibre-to-copper conversion. Its straightforward operation and robust design make it a dependable choice for extending Gigabit networks to remote locations.
The Allied Telesis AT-PC2000/SP-960 is a compact Gigabit Ethernet SFP fibre media converter designed to extend reliable network connectivity over fibre. Supporting 1000Mbps LAN environments, this versatile RJ-45 to SFP media converter is ideal for connecting and powering remote network devices such as IP phones, IP cameras, and wireless access points, where fibre uplinks are required for distance or performance.
The AT-PC2000/SP-960 enables seamless conversion between copper Ethernet and fibre, allowing organisations to extend Gigabit connectivity beyond the limitations of traditional copper cabling. This makes it ideal for connecting remote devices across longer distances while maintaining high throughput and low latency.
With support for both single-mode and multi-mode fibre through interchangeable SFP modules, the media converter can be easily adapted to suit different network infrastructures. Optional 100Mbps and 1Gbps SFPs provide backwards compatibility and deployment flexibility.
Designed to support remote endpoints such as IP phones, surveillance cameras, and wireless access points, the AT-PC2000/SP-960 ensures stable and efficient connectivity at the network edge. This makes it particularly suitable for enterprise, education, and commercial environments.
Supporting up to 4,000 MAC addresses, the media converter is capable of handling multiple connected devices and network traffic efficiently. This ensures reliable operation in busy network segments without performance degradation.
The AT-PC2000/SP-960 can be installed as a standalone unit on a desk or shelf, or mounted on a wall for space-constrained environments. This flexibility allows it to be deployed close to end devices, reducing cabling complexity and installation time.
Built to Allied Telesis quality standards, the AT-PC2000/SP-960 offers a compact, reliable solution for fibre-to-copper conversion. Its straightforward operation and robust design make it a dependable choice for extending Gigabit networks to remote locations.
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