Select your hardware specification. Your quote will include a matching server at both LD4 London and AMS1 Amsterdam — single-server purchases are not available.
2-SERVER REDUNDANT PAIREPYC 4465P
Two matching high-performance servers, one per site.
12CORES24THREADS
CONFIGURATION / PERFORMANCEPer server · identical at both sites
- Processor
- AMD EPYC™ 4465P
- CPU
- 12 cores / 24 threads
- Memory
- 128GB DDR5 ECC
- NVMe drives
- 2 × 1.92TBSamsung PM9A3 · U.2
- Data RAID
- Windows Mirrored VolumeData disks · usable ≈ 1.92TB
- Connectivity
- 2 × 25Gbps redundant
- NIC
- Supermicro AOC-C25G-I2SDual-port 25GbE SFP28
- Cabling
- 2 × short SFP28 DACOne per network path
- Power
- 4 PSUs · A/B feeds
YOUR PAIR INCLUDES01 Equinix LD4 London+02 Iron Mountain AMS1 Amsterdam
2-SERVER REDUNDANT PAIREPYC 4345P
Two matching essential servers, one per site.
8CORES16THREADS
CONFIGURATION / ESSENTIALPer server · identical at both sites
- Processor
- AMD EPYC™ 4345P
- CPU
- 8 cores / 16 threads
- Memory
- 64GB DDR5 ECC
- NVMe drives
- 2 × 960GBSamsung PM9A3 · U.2
- Data RAID
- Windows Mirrored VolumeData disks · usable ≈ 960GB
- Connectivity
- 2 × 25Gbps redundant
- NIC
- Supermicro AOC-C25G-I2SDual-port 25GbE SFP28
- Cabling
- 2 × short SFP28 DACOne per network path
- Power
- 4 PSUs · A/B feeds
YOUR PAIR INCLUDES01 Equinix LD4 London+02 Iron Mountain AMS1 Amsterdam
Each redundant pair consists of two separate, matching physical servers — one at each site. The specifications above describe each server, not the combined capacity of the pair. The mirrored volume applies to each server’s two data disks, not an unspecified operating-system disk. Local disk mirroring does not itself replicate data between London and Amsterdam or provide automatic failover; cross-site replication, service failover and backups require a separately agreed design. Usable data capacity per server is approximately one drive before formatting. Windows version, licensing, boot storage, MicroLP NIC compatibility with the selected chassis, DAC length, switch interoperability, deployment feasibility and final power architecture are confirmed during quotation.