Education

Providing solutions for our SLED, higher education & research partners

Approved Networks is an industry authority on enterprise class, third-party networking products. Whether you need to tackle a campus build out, increase your bandwidth to match ever-growing BYOD demands, or handle burdensome budget restrictions, we have you covered. Our 15 years of experience delivering OEM compatible products has helped our State, Local, and Higher Education client partners save time, money, and avoid the frustration often associated with OEM cost and lead times.

Why education-based technology professionals choose Approved Networks:

Savings of up to 90% off OEM list prices
Coded to operate seamlessly in the OEM switch
100% tested in the actual switch environment
95% of orders ship same-day
100% plug-n-play
Free configuration and technical support

Procurement and pricing levels at:

US Communities
E-Rate
NCPA
DIR
Direct purchase

Unsurpassed service and support:

Lifetime Warranty - Approved transceivers come with an industry leading lifetime warranty
Data Center Certified - Approved’s entire product line has been certified compliant within the data center environment.
Custom Programmed - Approved products are programmed in-house and can be custom coded with client name, part number and serial number.
Warranty Safe- Approved products will not void your OEM warranty, and they present zero service-level risk. Federal law protects you and your rights.
In-system tested - All products are tested within their intended system in an Environmental Test Lab ensuring 100% guaranteed compatibility.
Same Day Shipping - Approved maintains an extensive inventory ensuring same day shipping on 98% of orders placed before 2:00PST.
Evaluation Program - Approved allows you to verify the quality and reliability of our products by offering an industry leading 30-day evaluation program.
Network Emulation - Approved networking products are tested using the Shenick Test and Measurement System which provides comprehensive performance analysis on modules during emulated application flows.