Ensuring immediate access to business critical data following a disaster event is a top priority for IT management. More organizations are replicating their backups to remote locations for disaster recovery.
This paper provides a comprehensive set of test-proven best practices for properly configuring, deploying, and operating an Oracle 10g database on an HP StorageWorks XP12000 Disk Array (XP12000) in an HP-UX environment using HP StorageWorks XP Continuous Access Software as the remote copy infrastructure.
Data protection and recovery can be a complicated problem in remote offices. But there are options. This white paper explores a range of possibilities, and shows how an adaptive data protection solution can protect remotely stored data for enterprises of all sizes.
Published By: Silver-Peak
Published Date: Mar 21, 2012
Cloud architectures. Remote access to big data. Application performance in an increasingly networked world. A renewed focus on DR/BC based on instant replication between multiple data centers. All are driving a need for more flexible WAN optimization that can be cost effectively deployed across both private and public networks.
Published By: Silver Peak
Published Date: Dec 31, 9999
Offsite data replication is key to ensuring ongoing business operations, but it can be complex and costly, especially when performed over long distances.
Join this discussion to discover how you can apply fast, cost effective and reliable remote replication that can:
• Meet Recovery Point Objectives (RPO) by reducing remote replication times by up to 20X
• Reduce bandwidth costs and extend replication distances
• Lower storage costs while increasing storage flexibility
• Leverage emerging cloud and virtualization technologies for better offsite disaster recovery
Hear from the experts and users at Dell Compellent, Silver Peak and AlaskaUSA discuss essential data replication strategies and technologies.
Published By: Silver Peak
Published Date: Oct 28, 2013
Offsite data replication is key to ensuring ongoing business operations, but it can be complex and costly, especially when performed over long distances.
Join this discussion to discover how you can apply fast, cost effective and reliable remote replication that can:
• Meet Recovery Point Objectives (RPO) by reducing remote replication times by up to 20X
• Reduce bandwidth costs and extend replication distances
• Lower storage costs while increasing storage flexibility
• Leverage emerging cloud and virtualization technologies for better offsite disaster recovery
Hear from the experts and users at Dell Compellent, Silver Peak and AlaskaUSA discuss essential data replication strategies and technologies.
This paper outlines some of the important considerations for encrypting data on tape, and is intended to help IT administrators make the right decision for their environment and their company's data security needs.
This white paper shows how upgrading to LTO-5 technology and consolidating storage onto fewer tapes enables organizations to achieve a 5yr ROI and a 17-month payback period.
Published By: Riverbed
Published Date: Aug 22, 2014
The performance of RecoverPoint continuous remote replication can be impacted by characteristics common to wide-area networks, including packet loss, latency and limited bandwidth. SteelHead WAN optimization appliances can be leveraged to overcome the negative effects of these impairments, delivering LAN-like performance for RecoverPoint and all other business applications traversing the WAN. In this paper you will learn about performance benefits of the combined EMC RecoverPoint and Riverbed SteelHead solution, as measured through collaborative testing from EMC and Riverbed.
Published By: Riverbed
Published Date: Aug 19, 2014
EMC® RecoverPoint family provides cost-effective, local continuous data protection and/or continuous remote replication
solutions that allow for any-point-in-time data recovery. Riverbed SteelHead WAN Optimization solutions deliver maximum
performance for business applications and data transfers over Wide-Area Networks (WANs).