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£4,995.00 Ex VAT
Mirroring the impressive specifications of its front-to-rear airflow counterpart, this 1U switch provides 48x100GbE QSFP28 ports and 8x40GbE QSFP+ ports, but with a rear-to-front airflow design. It maintains the powerful 10.24 Tbps of wire-speed performance and features the same substantial 32GB packet buffer. The switch supports flexible port configurations, allowing for up to 224 ports of 10GbE or 192 ports of 25GbE, providing adaptability for various network requirements. Its high port density and deep buffer architecture make it ideal for spine deployments in large-scale networks, particularly in environments where rear-to-front cooling is necessary. This model is especially suitable for data centers with specific cooling strategies that demand top-tier network performance, such as certain cloud computing facilities or high-performance computing centers. The combination of high throughput, extensive buffering, and dense 100GbE connectivity makes it well-suited for applications requiring maximum performance and scalability in rear-to-front airflow environments.
In stock
Mirroring the impressive specifications of its front-to-rear airflow counterpart, this 1U switch provides 48x100GbE QSFP28 ports and 8x40GbE QSFP+ ports, but with a rear-to-front airflow design. It maintains the powerful 10.24 Tbps of wire-speed performance and features the same substantial 32GB packet buffer. The switch supports flexible port configurations, allowing for up to 224 ports of 10GbE or 192 ports of 25GbE, providing adaptability for various network requirements. Its high port density and deep buffer architecture make it ideal for spine deployments in large-scale networks, particularly in environments where rear-to-front cooling is necessary. This model is especially suitable for data centers with specific cooling strategies that demand top-tier network performance, such as certain cloud computing facilities or high-performance computing centers. The combination of high throughput, extensive buffering, and dense 100GbE connectivity makes it well-suited for applications requiring maximum performance and scalability in rear-to-front airflow environments.
