Dedicate Servers in Atlanta: Unmetered 10Gbps & GPU Hosting
Deploy mission critical workloads on our enterprise grade bare-metal dedicated servers in Atlanta. Enjoy unshared computing resources, ultra low latency networking, robust DDoS protection, and premium hardware options tailored for your most demanding applications.
The Atlanta Location Advantage: A Global Connectivity Hub
Atlanta is one of the most strategically important telecommunications hubs in North America. Hosting your bare metal server here provides distinct network and logistical advantages:
Premier Routing & Low Latency:
Atlanta sits at the crossroads of major fiber optic paths. It offers exceptionally low latency to the US East Coast, the Midwest, and serves as a primary gateway for traffic routing to Latin America and the Caribbean.
Proximity to Major Internet Exchanges:
Direct connectivity to regional exchanges (like the Atlanta IX) ensures fewer hops, lower packet loss, and faster delivery of your applications to end users.
Disaster Resilience:
Compared to coastal cities like Miami or New York, Atlanta is situated inland, significantly reducing the risk of downtime caused by hurricanes and coastal flooding. This makes it an ideal location for primary enterprise deployments or secure disaster recovery (DR) sites.
Reliable Power Grid:
Benefitting from Georgia’s robust and diverse energy infrastructure, our Atlanta facilities provide highly stable power with multi layered redundancies (N+1 UPS and diesel generators).
Technical Specifications & Network Capabilities
Our bare metal hardware ranges from entry level quad cores to extreme density multi processor machines, fully customizable to your operational requirements.
Compute (Processors):
We stock a comprehensive range of architectures to match any workload. For extreme single threaded speed, deploy AMD Ryzen (e.g., Ryzen 9 7950X) or Intel Xeon E-Series (e.g., E-2288G, E-2436) processors. For massive multi core environments, virtualization, and heavy databases, choose from AMD EPYC processors (e.g., EPYC 7413) or Intel Xeon Scalable and robust Dual Intel Xeon E5 (e.g., E5-2660 v3) configurations, scaling up to 48+ cores and 96+ threads.
Memory (RAM):
Deployments feature Error Correcting Code (ECC) Memory to prevent data corruption. Available from 16GB up to dense 512GB+ DDR4/DDR5 configurations for heavy in memory processing.
High Capacity Networking:
We accommodate projects of all scales. Standard servers feature 1Gbps and 2Gbps unmetered ports, while high throughput media streaming or CDN nodes can be provisioned with 10Gbps, 20Gbps, 40Gbps, and up to 100Gbps dedicated uplink ports.
DDoS Protection:
Network level mitigation is built in. Malicious volumetric attacks are filtered at the edge of the Atlanta network before they can impact your server’s availability.
GPU Dedicated Servers: Enterprise Accelerators
For data scientists, researchers, and virtualization architects, standard CPUs are often a bottleneck. Our Atlanta facility supports enterprise grade NVIDIA Tesla GPU configurations designed strictly for parallel processing, AI, and Virtual Desktop Infrastructure (VDI)—with no consumer grade or gaming GPUs utilized in our enterprise stacks.
NVIDIA Tesla K80:
Featuring a dual GPU design with 24GB of GDDR5 memory (12GB per GPU) and up to 480 GB/s of bandwidth. The K80 remains a highly cost-effective powerhouse for legacy CUDA based applications, scientific simulations, and precision computing workloads.
NVIDIA Tesla M40:
Built on the Maxwell architecture with 24GB of GDDR5 memory, the M40 is purpose built for continuous deep learning and machine learning deployment. It excels in environments requiring massive data processing, providing days to hours of reduction in training times for complex neural networks.
NVIDIA Tesla M10:
The ultimate solution for high density virtualization. Featuring a quad GPU board design with 32GB of memory, the M10 is engineered for VMware Horizon and Citrix Virtual Apps. It allows businesses to serve up to 64 concurrent virtual desktops from a single card, making remote work environments perfectly fluid.
Storage Infrastructure: Genuine Enterprise Grade Hardware
Data integrity and read/write speeds dictate database performance. We do not use consumer-grade drives. Our Atlanta servers are configurable with hardware RAID controllers and enterprise certified storage mediums:
Enterprise NVMe SSDs:
For highly transactional databases (SQL/NoSQL) and caching layers, we offer configurations like dual 1.92TB NVMe or 2TB NVMe drives. By bypassing the SATA bottleneck and utilizing PCIe lanes, these drives deliver millions of IOPS and ultra low latency.
Data Center SSDs (SATA/SAS):
Designed with high Drive Writes Per Day (DWPD) endurance. Configurations ranging from 240GB Enterprise SSDs for fast OS boots, up to dense 4x 1.6TB SSD arrays. Perfect for high traffic web servers and active file access.
High Capacity SATA Arrays:
For cold storage, massive backups, and big data archiving, we deploy enterprise 7200 RPM SATA drives. Configurations like 8x 1.8TB SATA provide massive volume while keeping cost per terabyte strictly economical.
Hardware & Software RAID Options:
Protect your data against drive failures and optimize I/O performance. We offer dedicated Hardware RAID cards (supporting RAID 0, 1, 5, 10) with battery backup units for maximum throughput. Alternatively, for servers requiring direct disk access or software defined file systems (like ZFS, TrueNAS, or Ceph), we support Software RAID configurations via IT Mode / JBOD pass through.
Frequently Asked Questions (FAQ)
Q: Why should I host my dedicated server in Atlanta instead of the East Coast?
A: Atlanta offers a perfect balance of cost efficiency and strategic geography. Because it is inland, it is heavily protected against coastal natural disasters, ensuring better uptime. Additionally, it provides identical, and sometimes superior, latency to Latin America and the central US compared to servers located strictly in New York or Miami.
Q: What is the difference between an NVIDIA Tesla GPU and standard consumer GPUs?
A: Standard consumer GPUs are built for 3D rendering and gaming, lacking the endurance for 24/7 data center utilization. NVIDIA Tesla cards (like the K80, M40, and M10) are passively cooled, enterprise grade accelerators built for parallel data calculations, deep learning, and virtualization. They also feature ECC memory to prevent silent data corruption during complex computations.
Q: Can I run multiple virtual machines (VMs) effectively on these atlanta servers?
A: Absolutely. Hardware such as our Dual Intel Xeon setups or AMD EPYC servers paired with ECC RAM are exactly what hypervisors like Proxmox, VMware ESXi, or Microsoft Hyper-V require. For virtual desktop deployments, adding a Tesla M10 GPU will allow you to stream high performance desktops to remote employees without UI lag.
Q: What does "Unmetered Bandwidth" actually mean?
A: Unmetered bandwidth means you are allocated a specific port speed (e.g., 1Gbps, 10Gbps) and you can use as much data transfer as that port allows 24/7, 365 days a year. We do not track your monthly terabyte usage on these plans, meaning you will never receive overage penalties or sudden bandwidth bills.
Q: Is my data protected against drive failure in atlanta dedicated servers?
A: We highly recommend utilizing our Hardware RAID options. By configuring multiple drives in a RAID 1 (mirroring) or RAID 10 (striping and mirroring) array, your atlanta dedicated servers can sustain a physical hard drive failure without any data loss or immediate downtime.
Q: What compliance and security certifications does your Atlanta data center hold?
A: Our Atlanta facility is built to Tier III standards and holds SSAE 18 SOC 1 Type II, SOC 2 Type II, and PCI-DSS compliance certifications. Physical access is restricted via biometric screening and 24/7 on site security teams to guarantee your hosted data and hardware remain completely secure.