Predictable latency | Global reach
Milliseconds mean wins in programmatic auctions
Bare-metal performance for RTB, real-time analytics and high-concurrency AdTech workloads.
Deploy nowFeatures
Why Adtech platforms choose FDCServers
Dedicated compute with no noisy neighbours
High-clock CPUs tuned for RTB and auction throughput
NVMe storage for log-heavy, write intensive pipelines
Tune kernel, NICs and CPU isolation for your bidder logic
No virtualisation layers that add jitter
Predictable tail-latency across your entire fleet
High egress allowances on every server
Scale stream processing and telemetry without unexpected costs
Unmetered bandwidth as standard on most servers
Deploy in key regions across the US, EU and Asia
Strategic connectivity via Tier-1 carriers and direct cloud interconnects
Stay close to bidders and close to users
Use Cases
Optimized for AdTech
Keep your tₘₐₓ low with in-memory bidder logic and high-clock CPUs. Write logs at line-rate to NVMe and scale horizontally with instant deployments.
Single-socket performance for auction workers. Maintain pacing and catalog state in memory. Expand capacity without introducing jitter.
Sub-millisecond paths using CPU pinning, NIC tuning and NVMe for real-time state. Build a reliable, low-latency exchange layer.
High core counts with AVX-512 for transformations. Use NVMe for active datasets and bulk drives for historical stores. Run batch and streaming simultaneously.
Memory-backed caching, regional sharding and backbone-accelerated replication. Optimise placement and serving latency at global scale.
Infrastructure Specs
The FDC AdTech stack
Performance-ready configuration
A proven setup for AdTech workloads:
- 64 core EPYC CPU
- 2 × 2TB NVMe
- 1 x 100 Gbps uplink
Outcome
Clients shifting from cloud-only stacks typically see:
- ~3× improvement in real-time performance
- Price-per-QPS dropping sharply as volume grows
- More consistent tail-latency across bidders and auction workers
Ready to run low-latency AdTech workloads at scale?
Power your RTB, exchange and analytics systems on infrastructure designed for speed and predictability.
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