The D-Link DES-85-48GE-SFP-MPLSE switch line card is an essential component for any organization requiring high-speed networking and reliable infrastructure. With 48 Gigabit Ethernet SFP ports, it delivers high bandwidth capacity, facilitating rapid data transmission across the network. Specifically designed for multiprotocol label switching, the card provides enhanced traffic management and improved network response times.
Investing in the DES-85-48GE-SFP-MPLSE card maximizes network uptime due to its superior design, engineered for performance and durability. It supports high-density port configurations while maintaining a compact form factor, saving valuable rack space and energy compared to multiple discrete switches. This board’s emphasis on scalability is evident, allowing easy expansion as network demands grow, without necessitating a complete overhaul of existing hardware.
D-Link’s reputation for reliability ensures that the DES-85-48GE-SFP-MPLSE will sustain a productive environment with minimal interruption. The adoption of this device means integrating with an MPLS network becomes seamless, leading to versatile routing and reduced network congestion. This is critical for service providers and businesses with substantial data throughput needs.
Additionally, the card’s compatibility with various SFP modules makes it adaptable to a wide range of optical fiber cables, ensuring that it can cater to different distance and speed requirements. Moreover, by centralizing high-capacity connections, network administrators can streamline management and rapidly address any issues, leading to decreased maintenance times and costs.
Selecting the DES-85-48GE-SFP-MPLSE card represents a strategic investment towards fostering a resilient, efficient, and future-proof network. Whether it’s for enhancing an existing MPLS infrastructure or preparing for emerging data demands, this D-Link core switch line card provides the performance, reliability, and flexibility necessary for modern networking environments.
Affordability and Quality of DES-85-48GE-SFP-MPLSE
Opting for the DES-85-48GE-SFP-MPLSE from the D-Link Core Switch Line Cards selection at Northland Systems means acquiring a high-caliber product at wholesale prices. Northland ensures you receive the best market value with a 100% Low Price Guarantee, marrying affordability with the uncompromised quality of their offerings.
Complimentary Expert Assistance
Northland Systems goes beyond the sale by providing free expert CCIE technical support for the D-Link Core Switches Series. This support extends across various channels, ensuring customers get the most out of their purchase without incurring additional costs.
Security and Flexibility in Transactions
When you invest in a DES-85-48GE-SFP-MPLSE card, Northland Systems safeguards your transaction with secure payment options and flexible shipping arrangements. Trust in their McAfee Secure and VeriSign certifications that protect your purchase every step of the way.
Guaranteed Authenticity and Optimal Condition
All products, be they from the D-Link Core Switches Series or other ranges, are guaranteed to be authentic and in excellent condition. With a range from “New Sealed” to “Used / Refurbished,” each piece undergoes thorough testing by Cisco-certified engineers to assure reliability.
Building Customer Confidence
Northland Systems instills assurance with a 100% Money Back Guarantee on all Switches > D-Link Switches, reinforcing the trust that customers can have in every purchase.
Reputation and Substantial Discounts
Established in 1997, Northland Systems has a longstanding reputation for quality and customer satisfaction. This experience is complemented by substantial discounts on the D-Link Core Switch Line Cards, translating to exceptional value for their clientele.
Why Choose Pre-owned Hardware
Selecting pre-owned hardware like the DES-85-48GE-SFP-MPLSE can yield significant benefits. Customers enjoy cost savings, rapid delivery, full warranty coverage, and contribute to environmental sustainability. Access to legacy hardware also supports long-term operational stability for critical networks.
