Oracle SPARC S7 Servers

Alta Technologies buys & sells new, used, and refurbished Oracle Sun Microsystems servers, including the SPARC S7 Oracle Servers and upgrades. Whether you need a fully configured system or simply require a feature or part, we carry a broad array of Sun Microsystems & Oracle hardware, including the S7 Model.

We also buy your excess server & storage equipment.

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What our customers say about us

Customer-Focused IT Hardware

Since 1995, we've poured all of our efforts into delivering products that match our client's expectations and exceeds their price savings target.

With our huge inventory and industry-leading engineers, customers tell us they trust Alta for our reliability, custom configurations, parts responsiveness, lightning fast delivery and savings to boot.

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Huge Inventory

"Aisles and aisles of servers & IT equipment. Experts at what they do."

-Ryan, President, Priority Envelope

Trust & Longevity

“We trust Alta with refurbished equipment. The longevity of the product is just the same as if I had bought it from the distributor.”

-Traci Leffner, Sovran

An IT Geek's Dream

“I have visited Alta’s warehouse, and they have just about everything.. It’s kind of like an IT Geek’s Dream in there.”

- Dustin Siemers, TechFixers

SPARC S7 Information

SPARC S7 systems from Oracle are extremely efficient at executing enterprise workloads. For running Java, databases, and analytics, which are the foundations of cloud applications, they deliver up to 1.7x better per-core performance than x86 computers. This is the consequence of optimized core and processor design, as well as the integration of memory and PCIe controllers into the Silicon of the processor, resulting in exceptionally low memory latencies, incredibly high memory bandwidth, and efficient I/O expansion. The per-core efficiency of SPARC S7 servers can help reduce the cost of installing cloud infrastructure. Furthermore, using Oracle Solaris Zones and Oracle VM Server for SPARC software, the substantial overhead due to virtualization that is common in cloud architecture deployed with x86 commodity computing is almost avoided.

Silicon Secured Memory helps protect against common hacker exploits and programming faults.
Using wide-key cryptography accelerated in hardware, data encryption can be enabled by default without sacrificing performance.
Through validated boot, immutable zones, and virtual computers, hackers are prevented from obtaining a foothold.

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