Palo Alto Networks PA-3000 Maintenance
side by side.

PA-3000/3200 series · enterprise edge

PA-3020 · PA-3050 · PA-3060 (older, EOSL) · PA-3220 · PA-3260 (current gen, 5-20 Gbps)

PA-5000 series · EOSL coverage

PA-5020 · PA-5050 · PA-5060 (predecessor enterprise, EOSL at Palo Alto — TPM is only maintenance option)

PA-5200 series · datacenter edge

PA-5220 · PA-5250 · PA-5260 · PA-5280 (18-72 Gbps throughput, mid to enterprise)

PA-5400 series · current high-performance

PA-5410 · PA-5420 · PA-5430 · PA-5440 · PA-5445 · PA-5450 (up to 116 Gbps, hyperscale edge)

Hardware components · what we replace

Redundant power supplies · fan cartridges · NVMe/SSD modules · mainboards · front panel LEDs · HA-sync cables

HA-pair and cluster · datacenter edge

Active/passive HA pair · active/active HA pair (load-balance) · 2N datacenter edge cluster

Lifecycle status of PA-3000/PA-5000/PA-5200/PA-5400 lines

Palo Alto enterprise NGFW have <strong>highest absolute TPM lever</strong> in branch-mid-market-enterprise spectrum (PA-7000 chassis class is its own league). Palo Alto Premium Support for the hardware layer (premium without threat-intel) is a substantial annual cost item for PA-3260, PA-5260 and PA-5450. TPM reduces this 30-60 percent below. For a datacenter-edge fleet with 4 PA-5260 plus 2 PA-5450 (typical for tier-3 datacenter with 2N edge redundancy), TechCare comes in roughly 55% below the Palo Alto price. <strong>EOSL coverage as key differentiator:</strong> for DACH enterprise fleets with PA-3000 or PA-5000 hardware (released 2012-2014, deployed 2014-2018, now 7-10 years old) Palo Alto Premium Support often <strong>no longer available for new contracts</strong> or only limited support delivered. TPM is practically the only maintenance option — absolute lever even higher because alternative is either hardware refresh (substantial CapEx per firewall) or operational risk on component failure without service contract. We deliver structured refurbishing pool for PA-3000 and PA-5000 hardware — PSUs, fan cartridges, NVMe modules and mainboards in tested condition with 1-2 year warranty.

We service Palo Alto enterprise hardware with <strong>OEM original parts</strong> and deep refurbishing pools across all four generations. <strong>Current generations (PA-3200, PA-5200, PA-5400):</strong> completely in active pool, same component logic as current enterprise NGFW from other vendors. <strong>EOSL platforms (PA-3000, PA-5000):</strong> structured refurbishing pool with tested components — critical especially PSUs (most common failure component in hardware from 2012-2018 due to capacitor aging in 1+1 redundant PSU modules), fan cartridges (wear components with typically 5-7 year lifetime) and NVMe/SSD boot drives (with finite write cycle reserve that exhausts faster with active logging). For PA-5000 hardware we consider specific hardware architecture with dedicated security processing platform — same service depth as current generations, with longer lead times possible for very rare components. <strong>Migration consulting for very old fleets:</strong> for PA-5020/5050/5060 fleets with 8+ year hardware age we advise honestly — typically refresh-to-PA-5400 question on the table because older hardware energy inefficient (about 30-50 percent worse performance per watt than PA-5400) and lacks modern PAN-OS hardware-level features (e.g. AI-based threat detection acceleration).

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

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

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

Which Palo Alto enterprise and datacenter-edge models do you service?

Complete enterprise NGFW family across four generations: <strong>PA-3000/3200 series</strong> (PA-3020, PA-3050, PA-3060 as older gen with EOSL 2022-2023; PA-3220, PA-3260 as current gen), <strong>PA-5000 series</strong> (PA-5020, PA-5050, PA-5060 — predecessor platform, EOSL at Palo Alto), <strong>PA-5200 series</strong> (PA-5220, PA-5250, PA-5260, PA-5280 — mid to enterprise with 18-72 Gbps) and <strong>PA-5400 series</strong> (PA-5410, PA-5420, PA-5430, PA-5440, PA-5445, PA-5450 — current high-performance up to 116 Gbps). Including all hardware components: redundant PSUs (1+1 PSU modules), fan cartridges, NVMe/SSD modules for PAN-OS and logging, mainboards, front panel LEDs, bezels and HA-sync cabling. For very old fleets (deployed pre-2014) we check coverage individually per hardware configuration and component availability.

What does hardware TPM cost for PA-3260, PA-5260 and PA-5450 vs Palo Alto Premium Support?

30 to 60 percent savings on hardware maintenance component — in the enterprise segment a noticeable absolute lever per datacenter-edge fleet. For <strong>PA-3220</strong>, <strong>PA-3260</strong>, <strong>PA-5220</strong>, <strong>PA-5260</strong>, <strong>PA-5280</strong>, <strong>PA-5410</strong>, <strong>PA-5440</strong> and <strong>PA-5450</strong> with 24×7×4, TechCare is roughly 55% below Palo Alto Premium Support for the hardware layer in each case. For a datacenter-edge fleet with 4 PA-5260 plus 2 PA-5450, that adds up to annual savings of roughly 55%. Threat-intel subscriptions stay independent at Palo Alto.

What is coverage for PA-3000 and PA-5000 that Palo Alto set EOSL?

We are one of few TPM providers with <strong>structured refurbishing pool</strong> for PA-3000 (PA-3020/3050/3060, released 2014, EOSL 2022-2023) and PA-5000 (PA-5020/5050/5060, released 2012, EOSL reached). These hardware generations still widespread in DACH enterprise fleets due to long hardware lifetimes — many fleets deployed 2014-2018, now 7-10 years old. <strong>Palo Alto Premium Support</strong> often no longer available for new contracts on these platforms or only limited support delivered (higher prices, longer response times). <strong>Our refurbishing pool</strong> covers critical failure components: <strong>PSUs</strong> (most common failure component in 8-10 year old hardware due to capacitor aging — we keep tested 1+1 redundant PSU modules, both OEM spec and compatible alternatives with 1-2 year warranty), <strong>fan cartridges</strong> (wear component, typically 5-7 year lifetime — we recommend proactive replacement at 5-year maintenance), <strong>NVMe/SSD boot drives</strong> (with finite write cycle reserve — typically exhausted after 5-7 years with active local logging at high throughput) and <strong>mainboards</strong> (replacement with configuration migration via PAN-OS backup). For very rare components (e.g. PA-5060 specific linecards) lead times possible — we recommend proactive spare component reservation for critical fleets.

Do threat-intel subscriptions, PAN-OS and Panorama remain unchanged?

Yes, fully and unchanged — same hardware vs software separation as branch and mid-market NGFW. We service exclusively <strong>hardware layer</strong> — all threat-intel subscriptions (Threat Prevention, WildFire, URL Filtering, DNS Security, GlobalProtect Gateway, Cortex XDR) and PAN-OS software updates continue unchanged via Palo Alto. <strong>Important for EOSL platforms:</strong> for PA-3000 and PA-5000 with EOSL status threat-intel subscriptions also continue as long as hardware compatible with current PAN-OS version. PAN-OS versions eventually no longer released for older hardware — last PAN-OS version supported for PA-5000 is also practical hardware EOL marker. Threat-intel updates within last supported PAN-OS version continue, often several years beyond hardware EOSL. We communicate this split transparently: TPM keeps hardware alive, Palo Alto subscription keeps threat-intel alive, both complementary service tracks. Panorama management runs separately via Panorama appliance (hardware or VM) — on Panorama hardware defect we service hardware separately, Panorama software license and updates stay at Palo Alto.

Which SLA levels do you recommend for enterprise and datacenter-edge?

<strong>Enterprise edge (PA-3220/3260):</strong> 24×7×4 for active nodes standard because hardware failure directly affects internet access or site connections. Passive HA nodes 5×9 NBD sufficient. <strong>Datacenter edge (PA-5220-5450):</strong> 24×7×4 for active nodes mandatory due to business-critical workloads (tier-1 datacenter traffic, cloud edge, service provider backbone), failover time may not lead to service interruption. Passive HA nodes 5×9 NBD if active/passive, both nodes 24×7×4 if active/active load-balance configuration. <strong>2N datacenter-edge cluster:</strong> with 2N redundancy (two separate edge paths) second path counts operationally as immediate backup availability — TPM differentiation possible (24×7×4 for path 1, 5×9 NBD for path 2), but individual risk assessment advisable. <strong>EOSL platforms (PA-3000/PA-5000):</strong> we recommend 24×7×4 for active nodes plus additional spare component reservation on-site because very rare components (e.g. specific mainboards) can have longer lead times. <strong>Power quality reports and quarterly audits</strong> additional to hardware SLA recommended for regulatory documentation (NIS2, critical infrastructure for relevant datacenter sites, ISO 27001 audits).

Can you also service the current PA-5400 generation with highest throughput?

Yes, fully. <strong>PA-5400 series</strong> is current Palo Alto high-performance generation (released 2022) with throughput classes from PA-5410 (28 Gbps NGFW throughput) to PA-5450 (116 Gbps NGFW throughput) — typically deployed in hyperscale edge configurations, service provider backbones and larger datacenter-edge setups. Hardware coverage: PSUs (2+2 or 3+1 redundant configuration per model, hot-swap capable), fan cartridges (modular hot-swap units with improved cooling efficiency vs PA-5200), NVMe modules (dual-mirror configuration for boot and logging), mainboards (more complex PCB architecture with dedicated security processing units — replacement requires careful configuration migration via PAN-OS backup). Our engineers trained for PA-5400 architecture — same service depth as older generations, with additional hardware configuration consulting for hyperscale use cases. <strong>Performance-per-watt lever:</strong> PA-5400 has about 30-50 percent better performance-per-watt than PA-5200 — in fleet refresh discussions energy efficiency alongside maintenance pricing often decisive lever, especially for datacenter sites with energy consumption limits or sustainability reporting requirements (CSRD).