F5 Networks BIG-IP r-Series Hardware Maintenance
side by side.

r2000/r4000 · entry/mid

r2600 · r2800 · r4600 · r4800

r5000 · mid-range

r5600 · r5800 · r5900

r10000/r12000 · high-end

r10600 · r10800 · r10900 · r12600 · r12800

Components & hardware acceleration

Power supplies · fan trays · NVMe SSDs · SSL/TLS ASICs · crypto modules · NICs

EOSL status of F5 BIG-IP r-Series

r-Series fleets are current — factory warranty phases are currently expiring or close to expiring for many DACH customers. F5 support after factory warranty is the typical situation in which TPM alternatives are evaluated — F5 conditions are traditionally high in the European market, especially for current high-end hardware (r10/r12). Even F5 support for an r5800 with 24×7×4 is a noticeable annual cost block, and a pair configuration doubles it. r10/r12 platforms correspondingly higher. TPM reduces this to 40-50 percent without affecting F5OS software, F5 licenses, tenant isolation or hardware acceleration.

We service F5 BIG-IP r-Series with OEM power supplies, fan trays, NVMe SSDs, SSL/TLS ASIC modules, crypto modules and complete replacement appliances from our own warehouse. r-Series hardware is significantly newer than i-Series, so we have specifically invested in the component pool — pool depth is generally high for current generation, for specialized FIPS crypto modules for r10/r12 bank setups risk assessment per fleet. F5OS software, tenant isolation, hardware-accelerated SSL/TLS and all r-Series-specific features stay functionally unchanged — TPM only affects the hardware layer.

The full OEM-vs-TPM matrix (spare parts, SLA tiers, language, sub-outsourcing, compliance docs, reporting) is the same for every F5 line — see the F5 battle card.

BAIT/MaRisk documentation package, DORA Art. 28 contract template, ISO 27001 and GDPR-compliant media handling apply identically to every F5 line — details on the F5 battle card.

Same four steps for every F5 line: inventory → fixed-price quote in 48 h → contract (BAIT/MaRisk/DORA hooks) → hand-over with spare-parts provisioning. Details on the F5 battle card.

Which F5 BIG-IP r-Series models do you service?

Complete r-Series family of all three classes: entry/mid (r2600, r2800, r4600, r4800), mid-range (r5600, r5800, r5900), high-end (r10600, r10800, r10900, r12600, r12800). Including all power supplies, fan trays, NVMe SSDs, SSL/TLS ASIC modules, crypto modules (including FIPS modules for r10/r12) and network interface cards.

What does TPM cost for F5 r-Series compared to F5 support?

30 to 60 percent savings. For an r5800 with 24×7×4, TechCare is roughly 55–60% below the F5 price, roughly 55–60% for an r10800 as well, and roughly 60% below F5 support for an r12800. A pair configuration doubles the absolute savings linearly. r-Series TPM is especially attractive after factory warranty expiration — the hardware is current and has many productive years ahead, F5 support after factory warranty is significantly more expensive than TPM.

What's the difference between F5OS and TMOS for maintenance?

From a hardware maintenance perspective, the software difference doesn't matter — TMOS on i-Series and F5OS on r-Series are both F5's own OS, both continue running on hardware without licensing after F5 support ends. Architecture difference is primarily relevant for software operations: F5OS is based on Linux with container architecture, enabling tenant isolation (multiple isolated BIG-IP instances on one hardware), while TMOS is monolithic. From a TPM perspective, both are identically handleable — we service the hardware layer, F5OS/TMOS software remains untouched.

Do tenant isolation and hardware-accelerated SSL/TLS continue to work?

Yes. Tenant isolation (multiple BIG-IP instances per hardware via F5OS containers), hardware-accelerated SSL/TLS (dedicated ASICs for TLS handshakes and bulk encryption), compression acceleration, crypto operations and all r-Series-specific hardware features are implemented in the hardware architecture and stay completely functional under TPM. F5OS configuration for tenants and module licensing runs unchanged. TPM affects none of these features.

When does TPM make sense for r-Series?

Three typical triggers: (1) After factory warranty expiration (typically 1-3 years after hardware deployment) — F5 support renewal costs many times the factory warranty period, TPM is economically attractive here. (2) For larger r-Series fleets (4+ pairs) — multi-vendor consolidation via TPM significantly reduces administrative complexity and total cost of ownership. (3) For refresh projects i-Series → r-Series — TPM contract covers both platforms in parallel, avoids dual support structures during migration phase.

Which SLA levels do you recommend for r-Series?

r-Series is typically in productive ADC/WAF roles — pair configurations standard. For pair setups, 5×9 NBD per appliance is economically justifiable because single appliance failure is absorbed by standby partner. For single appliance setups or tier-1 workloads (banks, large e-commerce platforms, carriers): 24×7×4 with German-speaking onsite engineer standard. For r10/r12 platforms with FIPS crypto in regulated industries: 24×7×4 mandatory due to compliance requirements.