The status quo in network monitoring is no longer adequate for large organizations. It’s simply taking too long for enterprises with mission-critical networks to resolve and find the root causes of network incidents. To speed things up, enterprises must add dedicated incident response and root cause analysis capabilities that are 100% accurate and reliable to their network management arsenals.
It takes so long to diagnose, fix, and eradicate network incidents that network uptime and performance are suffering. Because of this, organizations need to embrace incident response and root cause analysis capabilities to accelerate resolution times and avoid the network downtime and service degradation that can cost them thousands, if not millions, of dollars per minute.
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Published By: Tripp Lite
Published Date: May 15, 2018
As wattages increase in high-density server racks, providing redundant
power becomes more challenging and costly. Traditionally, the most
practical solution for distributing redundant power in 208V server racks
above 5 kW has been to connect dual 3-phase rack PDUs to dual power
supplies in each server. Although this approach is reliable, it negates a
rewarding system design opportunity for clustered server applications.
With their inherent resilience and automated failover, high-availability
server clusters will still operate reliably with a single power supply in
each server instead of dual power supplies. This streamlined system
design promises to reduce both capital expenditures and operating
costs, potentially saving thousands of dollars per rack.
The problem is that dual rack PDUs can’t distribute redundant power
to a single power supply. An alternative approach is to replace the dual
PDUs with an automatic transfer switch (ATS) connected to a single PDU,
but perfecting an ATS tha
System reliability is a vital component in Storage Area Network (SAN) design that keeps your production environment operating and avoids data loss and downtime. But since SANs are built using both mechanical and electronic parts, component failures due to usage, environmental factors, or manufacturing defects are not uncommon. Even in completely redundant systems, controllers can fail, fans can stop operating, power supplies can burn out, and disk drives can degrade or fail.
Published By: WhichVoIP
Published Date: Apr 19, 2011
In this whitepaper, we will explore some of these cost-saving advantages and give you the top 10 questions to ask a provider, ensuring you get a reliable, feature-rich business phone system that can save you thousands each year.
Heightened physical security concerns spanning all industries, coupled with technological advancements is driving the requirement for higher camera resolutions, more fields of view with wider dynamic range and longer storage retention periods.
Data is the backbone of every organization. No matter the business, industry, or size, reliable data access is essential to operations. Should a "worst-case scenario" occur, being prepared with an appropriate disaster recovery strategy is essential. Given the potential high cost associated with data loss, reliable data protection is no longer an option; rather, it is an obligation. This white paper discusses a data protection strategy that takes into consideration the business environment, offering sophisticated features while maintaining simplicity, affordability, and reliability.