Colocation America Dual E5-2640 v4, $ 339.00/mo. on Dedicated Hosting

The Dual E5-2640 v4 server plan combines a dual socket design with a versatile balance of cores and clock speed aimed at applications that need both CPU throughput and strong memory capacity. It is based on dual Intel Xeon E5-2640 v4 processors providing a combined total of 10 cores and 20 threads at 2.40 GHz base frequency, making it suitable for medium to large virtualization environments, multi tier web applications, complex databases or specialized line of business systems. Memory allocations for this configuration start at 64GB and can be increased up to 1.5TB according to the needs of the deployment, so it can host multiple high memory virtual machines or very large datasets. Primary storage in the reference configuration uses SSDs in RAID1, represented here as 1TB SSD RAID1, with options to attach additional SSD or HDD volumes for data, archives or backup images as required. Standard bandwidth is 30TB per month on a 1Gbps dedicated connection and can be raised to higher transfer levels during the quoting process for projects involving sustained high traffic or frequent replication between sites. IPv4 addressing follows the flexible allocation model used throughout the portfolio, from a starting slash 29 with 5 usable addresses up to larger ranges when hosting many services or when the architecture requires separate pools for production, staging and management. Administrators can deploy Linux or Windows operating systems or use hypervisor platforms such as ESXI and VMware ESX, with optional cPanel with WHM or Plesk layers when the plan will underpin traditional hosting services.

All of these dedicated server plans are housed in carrier neutral data centers in Los Angeles with direct access to a blended network of more than two hundred providers and a dedicated 1Gbps uplink on every server. The facilities are designed around redundant power, UPS systems and backup diesel generators so the environment can sustain a 100 percent network uptime commitment and keep workloads online through power or network disruptions. Each plan includes free setup, 24x7 on site staff, proactive monitoring, free software checks and remote reboots so administrators do not need to be physically present in the data center. Customers can choose Linux or Windows as the operating system, including common distributions such as CentOS, Debian, Ubuntu, Fedora, Gentoo, Red Hat Enterprise and openSUSE or Windows Server 2019 Standard and Datacenter as well as hypervisor platforms like ESXI, VMware ESX and Citrix XenServer when virtualization is required. A wide menu of storage options is available ranging from SSD to large capacity HDDs with optional RAID, while bandwidth can be adjusted from the included commit up to higher levels such as 60TB or 100TB on the same 1Gbps port. IPv4 allocations are flexible, starting from small slash 29 ranges with 5 usable addresses and scaling through slash 24 as justified, with IPv6 and dedicated firewalls available as add ons for more demanding deployments.

Beyond raw specifications, the dedicated hosting environment is intended to provide a stable and secure platform for business critical services. Companies can deploy websites, application servers, databases, VoIP platforms or custom enterprise software on isolated hardware that is not shared with other tenants, which improves performance consistency and simplifies compliance. Hardware upgrades, such as additional RAM or new storage, can be provisioned in less than a day so the platform can grow alongside the organization without forcing a migration to a different provider. A dedicated account manager and a United States based support team are available by phone, email and live chat around the clock to help with planning, troubleshooting and ongoing optimization. Taken together, these characteristics make the Colocation America dedicated server portfolio suitable for projects that need predictable performance, long term scalability and data center level physical security without the capital expense of building an in house infrastructure.