The HP ProLiant BL20p G3 with Part Number 470064-048 is a slice of blade server technology designed to optimise computing power while being space and energy efficient. It is powered by dual Intel Xeon 3.6 GHz processors, which provide robust computational performance for demanding enterprise tasks. The Xeon processors are based on a 64-bit architecture, offering increased memory support and performance when compared to earlier systems. This blade system is part of the G3 series, known for its balance of processing power and energy efficiency.
One of the core features of the HP ProLiant BL20p G3 is its high scalability. Being a blade server, it is designed to work seamlessly within an HP enclosure, allowing multiple blades to share power and cooling resources. This setup reduces multiple redundancies and optimises data centre space. Additionally, the HP ProLiant BL20p G3 supports up to 2 processors, which adds flexibility for companies aiming to increase their capabilities incrementally.
The HP ProLiant BL20p G3 is also equipped with enhanced RAID support, delivering improved data security and reliability. With its built-in redundant Ethernet ports, connectivity is straightforward and reliable, though the specifics of network functionality depend on the individual configuration. It also supports DDR2 RAM, offering improved energy efficiency and bandwidth compared to DDR1 technologies used in previous generations.
Compared with full-scale rack servers, blade servers like the HP ProLiant BL20p G3 focus on minimising footprint and power consumption while delivering sufficient performance for many business-critical applications. This makes the system highly suitable for tasks requiring consistent and high amounts of processing power within space-constrained environments.
EOL Technology Services provides professional servicing for the HP ProLiant BL20p G3, offering both technical support and a wide range of compatible replacement parts. If your unit needs servicing or new components, EOL technicians can help ensure your system continues to function optimally.
