All articles tagged with "SSD hosting"
Is your 'guaranteed' RAM actually guaranteed? In the battle of virtualization, KVM offers the kernel isolation and I/O consistency that mission-critical apps need. We debunk the 'Burst RAM' myth and show you how to tune a CentOS 6 KVM node for maximum throughput.
It is 2012, and the 'noisy neighbor' problem is killing your uptime. We dissect why Kernel-based Virtual Machine (KVM) beats OpenVZ for serious infrastructure, how to tune VirtIO drivers, and why keeping your data in Norway matters for the Data Inspectorate.
It is 2012, and the era of oversold 'burstable' RAM is over. We dismantle the OpenVZ myth and explain why Kernel-based Virtual Machine (KVM) combined with SSD storage is the only viable path for high-load applications in the Nordic market.
It's 2012, and the 'Cloud' is buzzing, but storage I/O remains the silent killer of web performance. We break down the reality of IOPS, the shift to SSDs, and why local RAID-10 beats a bloated SAN for your Norwegian VPS.
It is May 2012. Oracle owns MySQL, NoSQL is making noise, and PostgreSQL 9.1 just introduced synchronous replication. Here is a battle-hardened analysis of which database belongs on your Norwegian VPS.
It is 2012, and the bottleneck is no longer RAM or CPU—it is Disk I/O. We analyze why high-traffic Norwegian sites are migrating from SAS 15k drives to SSD-backed VPS architectures to solve latency issues.
Is your database locking up under load? We dive deep into my.cnf optimization, the MyISAM vs. InnoDB debate, and why SSD storage is critical for MySQL performance in 2012.
Tired of 'noisy neighbors' killing your database performance? We dissect why Kernel-based Virtual Machine (KVM) is the only serious choice for deploying high-traffic applications in 2012, contrasting it with the oversold promises of OpenVZ.
Is your MySQL server choking under load? We dive deep into InnoDB optimization, disk I/O bottlenecks, and why the default my.cnf is a recipe for disaster in high-traffic environments.
Is your application hanging on 'Waiting for disk'? A deep dive into MySQL 5.5 optimization, InnoDB configuration, and why hardware choices define your database destiny in 2012.
It is 2012, and the choice between MySQL and PostgreSQL isn't just about preference anymore—it is about data integrity versus raw read speed. We benchmark the new InnoDB default against Postgres' synchronous replication on CentOS 6.
Is your database choking under load? We dive deep into MySQL 5.5 configuration, the necessity of SSD storage, and why default settings are destroying your response times.
A battle-hardened guide to scaling MySQL 5.5 on Linux. We cover my.cnf configuration, the shift to SSD storage, and handling I/O bottlenecks for critical Norwegian infrastructure.
Default MySQL configurations are bottlenecking your web apps. We break down the shift from MyISAM to InnoDB, why SSD storage is mandatory for high-load DBs in 2011, and how local Oslo hosting keeps you compliant with Datatilsynet.
Default MySQL configurations are designed for 256MB RAM servers from 2002. Here is the battle-hardened guide to tuning InnoDB on Linux, leveraging SSDs, and handling high-concurrency loads in the Norwegian hosting market.
Is your Norwegian e-commerce site buckling under load? We dismantle the default MySQL 5.1 configuration, move from MyISAM to InnoDB, and explain why disk I/O on standard VPS hosting is the silent killer of performance.