Oracle SPARC T8-1 Server & Accessories - Trusted Supplier from China | High-Performance Factory Solutions
Product Description
Oracle’s SPARC servers are coengineered with Oracle software for the best performance, efficiency, and security when running enterprise applications, OLTP, and analytics. With up to 2x better performance than competitor products, Oracle’s SPARC servers allow IT organizations to make the most of their investment in Java applications and database software.
Software in Silicon technology is a breakthrough in microprocessor and server design, enabling databases and applications to run faster and with unprecedented security and reliability. Now in its second generation, this innovative Software in Silicon design includes Data Analytics Accelerator (DAX) engines designed directly into the SPARC M8 processor silicon to handle SQL primitives, such as those used by Oracle Database In-Memory starting in Oracle Database 12c. The DAX units can also be leveraged by Java applications operating on streams of data through the use of open APIs. The accelerators operate on data at full memory speeds, taking advantage of the very high memory bandwidth of the processor.
Key Benefits
Up to 2x faster performance than competitor systems for Java software, databases, and enterprise.
Extreme acceleration of Oracle Database In-Memory queries, especially for compressed databases.
Ability to accelerate analytics on OLTP databases and Java applications, enabling real-time insight on transactional data.
Unique protection of application
- Data from memory attacks or exploits of software.
- End-to-end encryption of data with near-zero performance impact.
- Easy compliance management of application environments throughout their lifecycles, ensuring the security of cloud infrastructure.
- Near-zero overhead virtualization for deploying more than 100 virtual machines per processor, lowering the cost per virtual machine.
- Advanced design that enables this single-processor system to outperform competitive two-processor systems, lowering IT cost.
Key Features
- Based on the advanced SPARC M8 processor, with proven second-generation Software in Silicon technology for efficiency, performance, and security.
- Scalability within the same family of servers from 32 to 256 cores with complete compatibility for applications and management.
- Oracle Solaris 11 operating system for secure and compliant application deployment through single-step patching and immutable zones.
- Built-in, no-cost virtualization technology with Oracle Solaris Zones and Oracle VM Server for SPARC.
- Guaranteed binary compatibility and support for legacy applications that run under Oracle Solaris 10, 9, and 8.
- Up to 53TB of accelerated storage utilizing industry-standard NVMe technology in order to satisfy the most demanding I/O requirements.
- Resilient server system with highest levels of reliability, availability, and serviceability (RAS) in a compact, energy-efficient footprint.
Frequently Asked Questions
Oracle's SPARC servers are coengineered with Oracle software, offering up to 2x better performance, efficiency, and security for enterprise applications, OLTP, and analytics compared to competitor products.
It is a breakthrough in microprocessor and server design. In its second generation, it includes Data Analytics Accelerator (DAX) engines designed directly into the SPARC M8 processor silicon to handle SQL primitives and accelerate data streams.
They provide unique protection against memory attacks and exploits, alongside near-zero performance impact end-to-end encryption and easy compliance management of application environments.
Yes, Oracle guarantees binary compatibility and support for legacy applications that run under Oracle Solaris 10, 9, and 8.
SPARC servers feature built-in, no-cost virtualization technology with Oracle Solaris Zones and Oracle VM Server for SPARC, allowing deployment of more than 100 virtual machines per processor with near-zero overhead.
These servers support up to 53TB of accelerated storage utilizing industry-standard NVMe technology to satisfy high-demand I/O requirements.