COMPUTE CLOUD SERVICE. Moving to SPARC in the Oracle Cloud

Transcription

1 COMPUTE CLOUD SERVICE Moving to

2 A new way forward: SPARC in the. Does your IT organization support mission-critical applications that would benefit from the unsurpassed security performance of SPARC servers the SPARC M7 processor? Do you want to move those applications from an on-premises data center to the Public, but are hindered by the limitations of existing cloud services that can t support your applications workload requirements? If you answered yes, welcome to ; a new way forward for SPARC Solaris in the enterprise! WATCH Introduction to SPARC in Public (5:35) WATCH Public On-Premises (4:54) Power of the M7 Processor

3 your business agility. Let s take a look at the ways the quick deployment, flexibility, economics of can improve your organization s IT capabilities help your company be more competitive. Maximize productivity. Be more competitive. Reduce costs. Increase productivity by enabling developers to focus on designing developing great products instead of supporting the IT infrastructure. Make faster better-informed business decisions to realize a competitive advantage. Reduce administrative costs because manages the hardware, firmware, server OS. Leverage the SPARC M7 data analytics accelerator (DAX) units the Database In-Memory option for unmatched analytics performance real-time business intelligence. Free up capital for other areas of your business by acquiring SPARC in the through a monthly subscription. Utilize developers existing skill sets by using the same architecture on premises in the cloud. There is no need for additional training or to hire new support staff. Power of the M7 Processor

4 Benefit from a single, consistent architecture. If you need to build, test, run SPARC applications on premises in the cloud, you can expect to see these benefits from the consistent architecture. Flexibility Now, you have one price one provider, but two processors. is the only global cloud provider to support both x86 SPARC in the cloud. Now, you can use either processor with support from a single vendor, for the same cost. Simplicity Data migration workload integration is greatly simplified when using the same architecture. Run your apps on premises, in the cloud, or easily move from one to the other back again, depending on current business technical requirements. Safety SPARC Solaris deliver proven high availability, security, data protection for both on premises Public deployments. Power of the M7 Processor

5 Protect data with dedicated compute. has a long proven track record of providing security to the most deming IT organizations. Now, you can move production, development, test, DR workloads to the cloud, while utilizing all of s superior security capabilities. Unmatched Protection in the Dedicated compute resources ensure the highest levels of security performance, as they cannot fall victim to noisy or nosey neighbors. Powerful auditing tools verify that Public environments are secure point out where improvements are needed. The Solaris Compliance Security feature assesses reports whether a system meets specified compliance stards. The Silicon Secured Memory hardware encryption features work together to protect application memory to defeat common attack vectors. Ciphers built into the processors enable encryption at all layers of the application stack to protect all data, whether at rest or in transit, with no impact to performance. The robust tools in Solaris limit access to critical applications data, simplified patching ensures that systems stay up-to-date secure. Power of the M7 Processor

6 Power of the M7 Processor Your current applications, now powered by SPARC M7. For decades, companies have run their most important applications on SPARC servers with Solaris. Now, you can run those same applications in the, take advantage of SPARC M7 s unique capabilities, avoid the capital expense of a data center refresh. Let s take a look at the ways the SPARC M7 processor can help you achieve best-in-class security performance on the cloud, or on premises. Feature Overview Protect application memory defeat common attack vectors using the Silicon Secured Memory (SSM) feature. security with always-on encryption for all data with the processor s built-in cryptographic accelerators. Achieve high speed analytics securely transmit data without adding latency using dedicated SPARC M7 co-processors. Explore Feature Overview Prevent Intrusions Always-on Encryption Accelerate Data Analytics Power of the M7 Processor

7 Power of the M7 Processor Your current applications, now powered by SPARC M7. For decades, companies have run their most important applications on SPARC servers with Solaris. Now, you can run those same applications in the, take advantage of SPARC M7 s unique capabilities, avoid the capital expense of a data center refresh. Let s take a look at the ways the SPARC M7 processor can help you achieve best-in-class security performance on the cloud, or on premises. Prevent hard-to-detect intrusions. Use the silicon secure memory (SSM) feature to enable the realtime detection of memory-access errors in the main memory with minimal performance overhead. Eliminate vulnerabilities like buffer overflows freed-memory access, which are common targets for hackers to exploit. You can even detect stale pointer access prevent exploits like Venom Heartbleed! Explore Feature Overview Prevent Intrusions Always-on Encryption Accelerate Data Analytics Power of the M7 Processor

8 Power of the M7 Processor Your current applications, now powered by SPARC M7. For decades, companies have run their most important applications on SPARC servers with Solaris. Now, you can run those same applications in the, take advantage of SPARC M7 s unique capabilities, avoid the capital expense of a data center refresh. Let s take a look at the ways the SPARC M7 processor can help you achieve best-in-class security performance on the cloud, or on premises. Encrypt all data, all the time. Fully encrypt all data (including VM images), whether they are at rest or in transit, without impacting performance. Use dedicated cryptographic accelerators to offload encryption workload support the most complete set of encryption ciphers to enable protection at every architectural layer. Explore Feature Overview Prevent Intrusions Always-on Encryption Accelerate Data Analytics Power of the M7 Processor

9 Power of the M7 Processor Your current applications, now powered by SPARC M7. For decades, companies have run their most important applications on SPARC servers with Solaris. Now, you can run those same applications in the, take advantage of SPARC M7 s unique capabilities, avoid the capital expense of a data center refresh. Let s take a look at the ways the SPARC M7 processor can help you achieve best-in-class security performance on the cloud, or on premises. Analyze data in memory with DAX. Realize record-breaking performance gains as the co-processors on each chip process large data sets directly from memory, thereby leaving the CPU cores to perform other tasks. Dramatically accelerate big data analysis operations, MachineLearning algorithms (like Apache Spark), Database In-Memory operations. Explore Feature Overview Prevent Intrusions Always-on Encryption Accelerate Data Analytics Power of the M7 Processor

10 Realize breakthrough performance. combines the world s fastest processor with the unmatched operating efficiency of Solaris. Now, you can experience best-in-class efficiency performance for the same cost per core as x86 compute infrastructure. Better efficiency! It has 1.5x better per-core efficiency than x86. Hardly any overhead. Our solution has near zero virtualization overhead. A record-breaking solution. Over 20 world records for the SPARC M7 processor. SQL acceleration is faster! Up to 11 times the SQL acceleration. Faster decompression! Up to 6x faster in-line memory decompression. has unequaled performance operating efficiency. Power of the M7 Processor

11 Learn More View data sheets, FAQs, pricing, purchase a subscription on the Compute Dedicated Compute Capacity SPARC 300 product page. Connect Facebook: LinkedIn: Official Computing Group YouTube: Computing Channel Visit Visit our community. Events Solutions Blog Power of the M7 Processor

12 Safe Harbor The preceding is intended to outline our general product direction. It is intended for information purposes only, may not be incorporated into any contract. It is not a commitment to deliver any material, code, or functionality, should not be relied upon in making purchasing decisions. The development, release, timing of any features or functionality described for s products remains at the sole discretion of. Integrated Applications & Platform Services Copyright /or its affiliates. All rights reserved. This document is provided for information purposes only, the contents hereof are subject to change without notice. This document is not warranted to be error-free, nor subject to any other warranties or conditions, whether expressed orally or implied in law, including implied warranties conditions of merchantability or fitness for a particular purpose. We specifically disclaim any liability with respect to this document, no contractual obligations are formed either directly or indirectly by this document. This document may not be reproduced or transmitted in any form or by any means, electronic or mechanical, for any purpose, without our prior written permission. Java are registered trademarks of /or its affiliates. Other names may be trademarks of their respective owners. Intel Intel Xeon are trademarks or registered trademarks of Intel Corporation. All SPARC trademarks are used under license are trademarks or registered trademarks of SPARC International, Inc. AMD, Opteron, the AMD logo, the AMD Opteron logo are trademarks or registered trademarks of Advanced Micro Devices. UNIX is a registered trademark of The Open Group.