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AMD EPYC™ Enterprise Silicon Tier-IV Datacenter India 100% Bare Metal Isolation

AMD EPYC™ Bare-Metal
Dedicated Servers

Unlock unconstrained multi-core computing power with Scalewithus AMD EPYC™ dedicated servers. Built for enterprise virtualization, massive container clusters, relational database fleets, and high-throughput SMM API delivery with 100% dedicated hardware isolation.

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Architecture Profile

AMD EPYC™ Zen 4 / Zen 5

Tier-IV Facility
Core Architecture
Zen 4 • AVX-512
Memory Channels
12-Ch DDR5 ECC
Storage Bus
PCIe Gen4 / Gen5
Network Backbone
Multi-10G Indian IX
Enterprise Hardware Guarantee: 100% dedicated physical silicon with out-of-band IPMI / KVM console, zero multi-tenant resource sharing, and private VLAN clustering.
Compute Configurations

High-Performance AMD EPYC™ Plans

All dedicated servers are fully dedicated bare metal systems provisioned in our Indian datacenter facility. Custom hardware configurations, additional NVMe arrays, and private VLAN routing available upon request.

Essential Workhorse

EPYC™ Essential Dedicated Server

AMD EPYC™ 7402P / 7542 Enterprise Processor

Custom Enterprise Quote
Tailored to your workload
Billed Monthly / Annually • Zero Setup Fee
  • 24 Cores / 48 Threads AMD Zen 2 Architecture @ 3.35 GHz Boost
  • 128 GB DDR4 ECC RAM Registered Multi-Channel Error-Correcting
  • 2x 1.92 TB Enterprise NVMe Hardware / Software RAID 1 Mirrored Array
  • 1 Gbps Dedicated Port Unmetered Indian BGP Bandwidth
  • Dedicated IPMI / KVM Console Out-of-band remote power & ISO installation
  • 1 Tbps Anti-DDoS Mitigation In-line automated L3/L4/L7 packet scrubbing
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Zen 4 Genoa Fleet

EPYC™ Genoa Pro Dedicated Server

AMD EPYC™ 9354 / 9554 Zen 4 Architecture

Custom Enterprise Quote
High-Density Virtualization Ready
Dedicated Indian Subnet • Custom OS & Proxmox
  • 32 Cores / 64 Threads (Up to 64C) AMD Zen 4 5nm Silicon • 256MB L3 Cache
  • 256 GB - 512 GB DDR5 ECC 12-Channel High-Bandwidth Registered Memory
  • 4x 3.84 TB PCIe Gen4 Enterprise NVMe Ultra-fast hardware RAID 10 • 1.5M+ IOPS
  • 10 Gbps Burstable / 1 Gbps Dedicated NIXI + Multi-Carrier Indian BGP Fabric
  • Out-of-Band IPMI / Redfish API Virtual Media, HTML5 KVM & automated provisioning
  • Enterprise DDoS Shield + Clean IP Pool Layer 3, 4, 7 automated filtration & private VLAN
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Maximum Density

EPYC™ Hyper-Cluster Dedicated Server

Dual-Socket AMD EPYC™ 9654 / Bergamo 9754

Custom Enterprise Quote
Mission-Critical Cloud Cluster
Redundant Power (2N) • Custom SLA Agreement
  • 128 Cores / 256 Threads Dual-Socket 2P Configuration • 768MB L3 Cache
  • 768 GB - 1.5 TB DDR5 ECC RAM Registered 4800MHz enterprise density
  • 8x 3.84 TB U.2 Hot-Swap NVMe Hardware RAID with dedicated battery cache backup
  • 2x 10 Gbps Redundant SFP+ LACP Bonding & isolated private backend network
  • Redundant PSU & Dedicated Management Port Isolated IPMI network with multi-factor authentication
  • 99.99% Hardware & Uptime SLA 15-minute priority engineering response
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Architecture Deep-Dive

What Does a Dedicated Server Do?

Unlike shared hosting or multi-tenant VPS instances where you rent a virtual sliver of someone else’s computer, a Dedicated Server gives you 100% unrestricted physical control over enterprise-grade bare-metal silicon.

Zero "Noisy Neighbor" Penalty

On public clouds and VPS, other tenants spike CPU loads, saturate storage controllers, and congest network ports. On an EPYC Dedicated Server, 100% of the CPU cycles, L3 cache, and RAM are exclusively yours. Zero steal time, zero performance variance.

Massive Parallel Virtualization

Install hypervisors like Proxmox VE, VMware ESXi, or KVM. With up to 128 physical cores and 1.5TB DDR5 RAM, a single EPYC dedicated server can host 80+ isolated virtual servers or thousands of Docker microservices with hardware nested virtualization.

Unthrottled NVMe Disk I/O

Standard clouds throttle IOPS and charge astronomical fees for disk throughput. Scalewithus Dedicated Servers connect your PCIe Gen4/Gen5 enterprise NVMe drives directly to CPU lanes, sustaining over 1,500,000 IOPS with zero queue delay.

Total Data Sovereignty & Security

Your data is stored exclusively on dedicated physical media located within India. There is no shared memory space, no hypervisor vulnerabilities (Spectre/Meltdown leaks between tenants), and strict compliance with Indian data sovereignty standards.

Out-of-Band IPMI / KVM Hardware Control

Even if your operating system panics or network interfaces fail, you retain 24/7 independent access via out-of-band IPMI / KVM over IP. Mount custom ISOs, power cycle servers, reconfigure BIOS parameters, and inspect hardware diagnostics remotely.

Always-On 1 Tbps In-Line DDoS Shield

Every dedicated port is protected by our automated anti-DDoS scrubbing network. Volumetric UDP floods, SYN reflection attacks, and Layer-7 application floods are filtered in milliseconds before traffic ever touches your operating system.

Workload Suitability

Why Enterprises Choose AMD EPYC™ for Infrastructure

AMD EPYC processors break the traditional bottlenecks of enterprise compute. With up to 12 memory channels per socket and 128 PCIe lanes, memory-bound and I/O-heavy applications run without queuing or CPU throttling.

Consult Solutions Architect
  • 1

    High-Throughput API Delivery & SMM Infrastructure

    Execute millions of automated webhooks, worker queues, and REST API calls without latency spikes caused by shared CPU scheduler delays.

  • 2

    Massive PostgreSQL, MongoDB & Redis Fleets

    Keep gigantic database indexes hot in up to 1.5TB ECC DDR5 memory while streaming NVMe writes at over 7,000 MB/s.

  • 3

    Private Proxmox & Kubernetes Clusters

    Consolidate dozens of scattered VPS bills into a single high-efficiency bare-metal machine with your own private subnets.

Architecture Comparison

Dedicated Server vs Shared VPS vs Public Cloud

See why performance-critical organizations migrate off multi-tenant hyperscalers to Scalewithus bare-metal silicon.

Infrastructure Feature Scalewithus EPYC Dedicated Standard Cloud VPS Hyperscaler (AWS / GCP)
Hardware Access ✓ 100% Physical Bare Metal ✕ Shared Hypervisor Slice ✕ Shared Virtual VM
CPU Performance ✓ 100% Dedicated (0% Steal) ✕ CPU Throttled / Shared ✕ Burstable Credit Penalty
Disk Throughput & IOPS ✓ 1,500,000+ Native NVMe IOPS ✕ Virtual Disk Bottlenecks ✕ Costly per-IOPS Provisioning
Bandwidth & Data Egress ✓ Unmetered 1G / 10G Indian BGP ✕ Capped Bandwidth ✕ High per-GB Egress Invoices
Out-of-Band IPMI / KVM ✓ Dedicated Remote BIOS / ISO ✕ No BIOS Access ✕ Locked Virtual Console
Custom Hypervisor (Proxmox/ESXi) ✓ Full Bare-Metal Support ✕ Not Supported ✕ Expensive Metal Addon
Enterprise Quoting Desk

Request an AMD EPYC™ Dedicated Server

Our infrastructure engineers configure each dedicated server according to your RAM, storage RAID, and network routing specifications. Speak directly with our team to obtain custom enterprise pricing and instantaneous availability.

Instant WhatsApp Chat API
Fastest Response • Direct Senior Engineer Access

Click below to launch an encrypted conversation pre-populated with your chosen AMD EPYC configuration details.

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Secured submission • Connects to Scalewithus Mail API & WhatsApp Engineering Desk.
Questions & Answers

Frequently Asked Questions

Everything you need to know about our AMD EPYC bare-metal dedicated servers.

Standard stock configurations are deployed within 2 to 6 hours after verification. Custom hardware configurations (such as 1.5TB RAM, custom RAID cards, or private VLAN interlinks) are provisioned within 12 to 24 business hours in our Indian datacenter.
Yes, 100%. Because you have dedicated bare-metal hardware access, you have complete BIOS and kernel freedom. We can pre-install Proxmox VE, VMware ESXi, AlmaLinux, Ubuntu Server, or Windows Server, or you can mount your own custom ISO via out-of-band IPMI KVM.
We provide official Indian GST tax invoices for business expense compliance. Monthly, quarterly, and annual billing terms are supported via Bank NEFT/RTGS, UPI, and corporate credit cards.
All traffic passing into our datacenter is filtered in-line by our anti-DDoS hardware cluster. Malicious traffic spikes (UDP reflection, SYN flood, HTTP flood) are intercepted and dropped within milliseconds, keeping your servers online and reachable with zero packet loss.