Check Point Quantum 16000 Maintenance
side by side.

Quantum 16000 series · enterprise datacenter current generation

Q16000 (100-200 Gbps NGFW throughput, redundant hardware, fully modular PSUs)

Quantum 19000 series · high-performance datacenter

Q19000 (200-400 Gbps NGFW throughput for datacenter edge with aggregated multi-site traffic)

Quantum 26000 series · top-end enterprise datacenter

Q26000 (400-800 Gbps NGFW throughput, highest hardware redundancy, fully modular architecture)

Quantum 5000 series · EOSL coverage

5100 · 5400 · 5600 · 5800 · 5900 (deployed 2014-2017, EOSL at Check Point — structured refurbishing pool)

Quantum 15000 series · EOSL coverage

15400 · 15600 · 15800 (deployed 2016-2019, EOSL reached or imminent at Check Point)

Quantum 23500/23800 series · EOSL coverage high-end

23500 · 23800 (high-end datacenter and carrier class from 2015-2018, EOSL at Check Point)

Lifecycle status of Quantum enterprise and EOSL platforms

Quantum enterprise and datacenter NGFW have <strong>highest absolute TPM lever</strong> in Check Point ecosystem. Check Point Premium Support for the hardware layer (premium without threat prevention bundle) is a major cost item for Quantum 16000, Quantum 19000 and Quantum 26000. TPM reduces this 30-60 percent below. For a <strong>datacenter-edge fleet with 4 Quantum 19000 plus 2 Quantum 26000</strong> (typical for tier-3 datacenter with 2N edge redundancy at DACH banks or insurance headquarters) annual maintenance savings correspondingly high — TPM migration pays back in first quarter. <strong>EOSL coverage as key differentiator:</strong> for DACH enterprise fleets with Quantum 5000 or 15000 series (deployed 2014-2018, now 7-11 years old) Check Point Premium Support often <strong>no longer available for new contracts</strong> or only limited support delivered. Check Point has particularly strict EOSL policy in NGFW market — hardware refresh recommendation dominates OEM strategy. TPM practically only maintenance option — absolute lever even higher because alternative either hardware refresh (high CapEx per gateway refresh incl. Smart-1 migration and reconfiguration effort) or operational risk on component failure without service contract. For DACH banks with banking IT requirements (BAIT/MaRisk) latter often not regulatory permissible — TPM is <strong>only compliance-conform solution</strong> to stretch hardware refresh by 2-3 years (typically valuable for budget planning).

We service Check Point Quantum enterprise hardware with <strong>OEM original parts</strong> and deep refurbishing pools across all three generations. <strong>Current enterprise generation (Q16000, Q19000, Q26000):</strong> completely in active pool. <strong>EOSL platforms (Q5000 series, Q15000 series, Q23500/23800):</strong> structured refurbishing pool — critical especially <strong>PSUs</strong> (most common failure component in hardware from 2014-2018 due to capacitor aging in 1+1 or 2+1 redundant PSU modules, Quantum 5800/5900 and 23500/23800 have particularly high PSU failure rates in multi-year deployments), <strong>fan cartridges</strong> (wear components with typically 5-7 year lifetime — for Quantum 23800 with 24/7 high-load operation in carrier configurations often exhausted after 4-5 years), <strong>NVMe/SSD modules</strong> (with finite write cycle reserve, typically exhausted after 5-7 years with active threat prevention logging at high throughput) and <strong>mainboards</strong> (replacement more complex due to multiple mezzanine cards and dedicated SecureXL/CoreXL hardware acceleration). <strong>Engineering specifics for older Quantum generations:</strong> Quantum 5000 and 15000 generation have different hardware architecture than current Quantum generation — different PSU connectors, different mainboard layouts, different SecureXL card slots. Our engineers have dedicated experience with all generation architectures, with service experience in <strong>DACH banks</strong> (Quantum 23800 typically in banking backbone for PCI-DSS CDE configurations), <strong>insurance</strong> (Quantum 15600/15800 in HQ configurations) and <strong>critical-infrastructure-relevant fleets</strong> (Quantum 5800/5900 at regulatory-sensitive sites with long hardware usage). Slot management on modular Quantum models and configuration migration via Smart-1 are core competencies.

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

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

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

Which Check Point Quantum enterprise and EOSL models do you service?

Complete enterprise and datacenter NGFW family across three classes: <strong>Current enterprise generation</strong> (Quantum 16000 with 100-200 Gbps NGFW throughput, Quantum 19000 with 200-400 Gbps for high-performance datacenter, Quantum 26000 with 400-800 Gbps top-end throughput and fully modular hardware architecture). Plus <strong>EOSL coverage</strong> for older Quantum generations: <strong>5000 series</strong> (5100, 5400, 5600, 5800, 5900 — deployed 2014-2017, EOSL at Check Point), <strong>15000 series</strong> (15400, 15600, 15800 — deployed 2016-2019, EOSL at Check Point), <strong>23500 and 23800</strong> (high-end datacenter and carrier class from 2015-2018, EOSL at Check Point). Including all hardware components: redundant PSUs (1+1 or 2+1 hot-swap), fan cartridges (modular hot-swap), NVMe/SSD modules (dual-mirror configuration in enterprise class), mainboards with configuration migration via Smart-1 push, SecureXL/CoreXL hardware acceleration cards, front panel LEDs, bezels and ClusterXL sync cabling. For very old configurations (Quantum 5100/5400 deployed 2014-2015) we check coverage individually per model.

What does TPM cost for Q16000, Q19000, Q26000 and EOSL fleets vs Check Point Premium?

30 to 60 percent savings on hardware maintenance component — in the enterprise segment a substantial absolute lever. <strong>Current enterprise generation:</strong> For Q16000, Q19000 and Q26000 with 24×7×4, TechCare is roughly 55% below Check Point Premium each. <strong>EOSL fleets:</strong> here Check Point Premium often no longer available for new contracts — TPM pricing per model and SLA tier, with full EOSL coverage and structured refurbishing pool. Covered are the <strong>Q5000 series EOSL</strong> (Q5400/5600, Q5800/5900), the <strong>Q15000 series EOSL</strong> (Q15400, Q15600, Q15800) and <strong>Q23500/23800 EOSL</strong> (Q23800 carrier class). <strong>Datacenter edge fleet with 4 Q19000 plus 2 Q26000:</strong> the roughly 55% savings apply to every gateway. <strong>Banking backbone fleet with 6 Q15800 plus 4 Q23800 (typical in DACH banking PCI-DSS CDE):</strong> ongoing maintenance savings plus avoidance of high hardware refresh CapEx over next 2-3 years. Threat prevention subscriptions stay independent at Check Point.

What is coverage for older Quantum models with Check Point EOSL?

We are one of few TPM providers with <strong>structured refurbishing pool</strong> for older Quantum generation: <strong>5000 series</strong> (Q5100, Q5400, Q5600, Q5800, Q5900 — released 2014, deployed in DACH fleets 2014-2017, now 8-11 years old), <strong>15000 series</strong> (Q15400, Q15600, Q15800 — released 2016, deployed 2016-2019, now 6-9 years old) and <strong>Q23500/23800</strong> (high-end datacenter and carrier class from 2015-2018, now 7-10 years old). These hardware generations still widespread in DACH enterprise fleets due to long hardware lifetimes — especially in <strong>banks</strong> (banking-IT-requirements-conform Quantum 23800 in PCI-DSS CDE configurations with documented hardware usage as auditor requirement), <strong>insurance</strong> (Quantum 15800 in HQ configurations with refresh delay due to budget cycles) and <strong>critical-infrastructure-relevant sites</strong> (Quantum 5800/5900 in regulatory-sensitive configurations). <strong>Check Point EOSL policy in comparison:</strong> Check Point has particularly strict EOSL policy in NGFW market — hardware refresh recommendation dominates OEM strategy, Premium Support for older platforms reduced or no longer issued for new contracts. Other NGFW vendors like Palo Alto (PA-3000/PA-5000 EOSL) and Fortinet (FG D generation EOSL) have similar policy, but Check Point particularly consequent. <strong>Our refurbishing pool</strong> covers critical failure components: <strong>PSUs</strong> (most common failure component in 8-11 year old hardware due to capacitor aging — we keep tested 1+1 and 2+1 redundant PSU modules with particular focus on Q5800/5900 and Q23500/23800 which have high PSU failure rates in multi-year deployments), <strong>fan cartridges</strong> (wear component, on Q23800 with 24/7 high-load operation often exhausted after 4-5 years — proactive replacement at 5-year maintenance recommended), <strong>NVMe/SSD boot drives</strong> (with finite write cycle reserve), <strong>mainboards</strong> with configuration migration via Smart-1 and <strong>SecureXL/CoreXL hardware acceleration cards</strong> for older models. For very rare components (e.g. Q23800-specific SecureXL mezzanine cards) lead times possible — we recommend proactive spare component reservation on-site for critical fleets.

Can you reduce our hardware refresh pressure under BAIT/MaRisk requirements?

Yes, explicitly <strong>main use case for DACH banks and insurance</strong> with Quantum EOSL fleets. <strong>Problem:</strong> Check Point has particularly strict EOSL policy — for Quantum 5000 and 15000 series Premium Support no longer issued for new contracts or only limited support, with OEM recommendation for hardware refresh. For DACH banks with banking IT requirements (BaFin's banking IT requirements BAIT/MaRisk) hardware operation without active service contract <strong>not regulatory permissible</strong> — acute refresh pressure arises. <strong>Refresh costs:</strong> hardware refresh of a Quantum 23800 is a high CapEx item per gateway incl. Smart-1 migration and reconfiguration effort. For a banking backbone fleet with 6 Q15800 plus 4 Q23800 this results in substantial hardware refresh CapEx in short time. <strong>TPM solution:</strong> TPM hardware maintenance is <strong>compliance-conform alternative</strong> to hardware refresh strategy — we deliver structured maintenance with documented SLA reporting (24×7×4 SLA, monthly SLA reports with component availability metrics, audit documentation) for EOSL platforms. Regulatory requirements fulfilled because active service contract with hardware maintenance SLA exists. <strong>Refresh stretching:</strong> typically TPM stretches hardware refresh by 2-3 years — gives banks possibility to plan refresh CapEx in regular budget cycles instead of crisis mode. <strong>Pre-audit documentation:</strong> we deliver pre-audit packages for BAIT/MaRisk auditors with service contract documentation, SLA definition, component coverage list and refurbishing pool certificates, explicitly accepted in IT audits as appropriate maintenance measure. <strong>NIS2 compliance:</strong> NIS2 requires 'appropriate technical and organizational measures' for cybersecurity — TPM maintenance with documented SLA fulfills that, hardware operation without service contract does not.

Do Threat Prevention, R81/R82 and Smart-1 integration remain unchanged for enterprise class?

Yes, fully and unchanged — same hardware vs software separation as branch and mid-market NGFW. We service exclusively <strong>hardware layer</strong> — all threat prevention subscriptions (IPS, Anti-Bot, Anti-Virus, URL Filtering, Application Control, Threat Emulation/SandBlast, Threat Extraction) and R81/R82 software updates continue unchanged via Check Point. <strong>Important for EOSL platforms:</strong> for Quantum 5000 and 15000 generation with EOSL status threat prevention subscriptions also continue as long as hardware compatible with current R81/R82 version. R81/R82 versions eventually no longer released for older hardware — last R version supported for Q5000 generation (typically R81.10 or R81.20) is practical hardware EOL marker. Threat prevention updates within last supported R version continue, often several years beyond hardware EOSL. <strong>Smart-1 integration:</strong> central management of all enterprise and datacenter Quantum runs via Smart-1 (see separate Maestro/Smart-1 spoke) — on Smart-1 hardware defect we service hardware separately, Smart-1 software license and updates stay at Check Point. <strong>Multi-domain management:</strong> for larger enterprise fleets with multi-domain Smart-1 configuration (typical in DACH banking holdings with separated domains for PCI-DSS CDE and standard production network) multi-domain licensing runs via Smart-1 5050/5150 — hardware service via us, software via Check Point. <strong>SmartConsole:</strong> Windows-based management tool continues unchanged. <strong>CloudGuard integration:</strong> hybrid cloud configurations with Quantum gateways on-premise and CloudGuard in AWS/Azure/GCP continue unchanged via Check Point cloud infrastructure — hardware service only relevant for on-premise components.

Which SLA levels do you recommend for enterprise and EOSL fleets?

<strong>Current enterprise generation (Q16000, Q19000, Q26000):</strong> 24×7×4 for active nodes mandatory due to business-critical workloads (tier-1 datacenter traffic, banking backbone, insurance HQ edge, service provider aggregation). Standby ClusterXL nodes 5×9 NBD if active/standby, both nodes 24×7×4 if active/active ClusterXL. <strong>EOSL platforms (Q5000, Q15000, Q23500/23800):</strong> we recommend 24×7×4 for active nodes plus additional spare component reservation on-site because very rare components can have longer lead times. For DACH banks with banking IT requirements 24×7×4 plus documented SLA reporting for regulatory audit documentation mandatory. <strong>Q23500/23800 in carrier/service provider configurations:</strong> 24×7×4 mandatory, often with additional contractual availability guarantees (typically 99.99% to 99.999%) toward end customers — we deliver corresponding SLA reports with availability metrics. <strong>Banking/insurance/critical infra:</strong> 24×7×4 for all active nodes plus documented SLA reporting plus pre-audit packages for banking-IT/NIS2 auditors plus proactive spare component reservation on-site (1+1 spare PSU reservation per critical Quantum, plus 1 spare NVMe per datacenter). <strong>2N datacenter-edge cluster:</strong> with 2N redundancy second path counts operationally as immediate backup availability — TPM differentiation possible, individual risk assessment advisable. <strong>Power quality reports and quarterly audits</strong> additional to hardware SLA recommended for regulatory documentation (NIS2, banking IT requirements for banks, critical infrastructure regulation for relevant datacenter sites).