Check Point Quantum 3000 Maintenance
side by side.

Quantum 3000 series · branch & small-office

Q3100 · Q3200 (branch edge with compact single-PSU hardware)

Quantum 6000 series · main mid-market class

Q6100 · Q6200 · Q6500 · Q6600 · Q6700 · Q6800 · Q6900 (mid-market with redundant PSUs from Q6700)

Quantum 7000 series · mid-market higher-end

Q7000 (standard hardware redundancy for mid-sized datacenter edge)

Quantum 9000 series · mid-market top-end

Q9000 (fully redundant hardware, highest NGFW throughput of this mid-market class)

Hardware components · what we replace

Power supplies · fans · SSD modules for GAiA-OS · mainboards · front panel LEDs · bezels

ClusterXL HA cluster · branch and mid-market configurations

Active/standby ClusterXL · active/active ClusterXL · ClusterXL sync cabling · state sync hardware

Lifecycle status of Quantum 3000-9000 platforms

Check Point Quantum branch and mid-market fleets particularly common in DACH enterprise at <strong>regulatory-sensitive industries</strong> with historically grown Check Point strategy — banks, insurance, healthcare and critical-infrastructure-relevant companies with high requirements for documented threat prevention. Fleets with 50-300+ Quantum 3000/6000 devices plus 5-20 Quantum 7000/9000 devices as mid-market headquarters typical. Check Point Premium Support for the hardware layer (premium without threat prevention bundle) rises significantly from the Q6200 via the Q6800 to the Q9000. TPM reduces this 30-60 percent below. <strong>Bulk pricing lever:</strong> for a typical banking/insurance fleet with 80 Q3200 plus 30 Q6200 plus 10 Q6700 plus 3 Q9000 annual maintenance savings correspondingly high — TPM migration pays back in first quarter. <strong>ClusterXL HA pricing lever:</strong> active/standby ClusterXL on branch Quantum gateways DACH standard — standby node need not be covered at same SLA level as active. Active 24×7×4 + standby 5×9 NBD saves another 20-30 percent vs. same SLA tier for both nodes. With 80 ClusterXL pairs, this is an additional noticeable annual pricing lever. <strong>Multi-site bulk consolidation:</strong> for DACH multi-site configurations with standardized branch hardware configuration (typically all branches with same Quantum model and same PSU/storage configuration) refurbishing pool logic and spare part reservation particularly efficient.

We service Check Point Quantum branch and mid-market hardware with <strong>OEM original parts</strong> and deep refurbishing pools across multiple Quantum hardware generations. Current Quantum generation (Q3100/3200, Q6100-Q6900, Q7000, Q9000) completely in active pool. <strong>Hardware failure modes in multi-year Quantum deployments:</strong> most common hardware failure components are <strong>PSUs</strong> (especially Q6700+ with redundant PSUs after 5-7 years due to capacitor aging in 1+1 redundant modules), <strong>fans</strong> (typically 5-7 year lifetime, proactive replacement at 5-year maintenance recommended), <strong>SSD modules</strong> (for GAiA-OS and local logging — on active Quantum with high threat prevention logging typically exhausted after 5-7 years) and <strong>mainboards</strong> (replacement with configuration migration via Smart-1 management server, plus license re-activation with Check Point for new hardware serial). <strong>Hardware vs software separation honestly communicated:</strong> we replace hardware components — all threat prevention subscriptions (IPS, Anti-Bot, Anti-Virus, URL Filtering, Application Control, Threat Emulation and Threat Extraction for SandBlast functionality), CloudGuard cloud services and R81/R82 software updates continue unchanged via Check Point. On hardware defects you have two service paths in parallel: Check Point ticket for threat prevention/GAiA-OS issues, TechCare ticket for hardware. Split is transparent — a Quantum solution without active threat prevention subscription would be just a simple stateful firewall without modern NGFW functionality and accordingly useless for regulatory requirements like NIS2.

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 branch and mid-market models do you service?

Complete Quantum branch and mid-market NGFW family across four platform series: <strong>Quantum 3000 series</strong> (Q3100, Q3200 — branch/small-office with compact single-PSU hardware, typically in branch configurations with Smart-1 central management), <strong>Quantum 6000 series</strong> (Q6100, Q6200, Q6500, Q6600, Q6700, Q6800, Q6900 — main mid-market class with broad model palette for different throughput requirements, redundant PSUs from Q6700), <strong>Quantum 7000 series</strong> (Q7000 — mid-market higher-end with standard hardware redundancy) and <strong>Quantum 9000 series</strong> (Q9000 — mid-market top-end with fully redundant hardware). Including all hardware components: PSUs (single PSU on Q3000, 1+1 redundant from Q6700, fully redundant on Q9000), fans (modular hot-swap fans from Q6700), SSD modules for GAiA-OS and logging, mainboards with configuration migration via Smart-1, front panel LEDs and bezels, ClusterXL sync cabling. <strong>Older Quantum generations</strong> (5000 series from 2014-2017, 15000 series from 2016-2019, 23500/23800 series) covered in our separate Quantum Enterprise spoke with EOSL coverage — Check Point has particularly strict EOSL policy with reduced hardware availability for older Quantum generations.

What does hardware TPM cost for Q3200, Q6200, Q6800 and Q9000 vs Check Point Premium Support?

30 to 60 percent savings on hardware maintenance component, plus additional bulk pricing levers for large fleets. <strong>Quantum 3000 series:</strong> for Q3100 and Q3200 with 24×7×4, TechCare is roughly 55% below Check Point Premium for the hardware layer each. <strong>Quantum 6000 series:</strong> Q6100, Q6200, Q6500, Q6700, Q6800 and Q6900: roughly 55% below the Check Point price each. <strong>Quantum 7000</strong> and <strong>Quantum 9000:</strong> also roughly 55% below each. <strong>Banking/insurance fleet with 80 Q3200 plus 30 Q6200 plus 10 Q6700 plus 3 Q9000:</strong> the roughly 55% savings apply to every device, TPM migration pays back in first quarter. <strong>Bulk pricing:</strong> with 50+ Quantum devices in one contract we negotiate additional 5-10 percent bulk discount, especially for multi-site consolidations. Threat prevention subscriptions stay independent at Check Point.

How does ClusterXL HA service work at Check Point?

Branch and mid-market fleets typically deployed in <strong>ClusterXL HA configuration</strong> (Check Point's proprietary HA cluster protocol, analog Fortinet FGCP, Cisco HSRP/VRRP and Palo Alto HA pair) — two Quantum gateways as redundant cluster, one active (processes traffic), one standby (syncs state, takes over on failure). From TPM perspective pricing logic directly leverageable: <strong>Active node:</strong> 24×7×4 SLA for critical branches with business-critical connectivity, 5×9 NBD sufficient for standard branches with office workloads. <strong>Standby node:</strong> 5×9 NBD or Parts Only — active node services traffic during hardware swap of standby. This SLA differentiation saves additional 20-30 percent. <strong>ClusterXL-specific hardware coverage:</strong> ClusterXL sync cabling (typically dedicated heartbeat ports for state sync), ClusterXL sync configuration migration on mainboard replacement via Smart-1 push, ClusterXL member replacement coordination with your Smart-1 admin to avoid <strong>split-brain situation</strong> (both nodes interpreted as active with traffic conflicts). <strong>Active/active ClusterXL:</strong> with active/active configurations (load-balanced traffic across both nodes) both nodes need 24×7×4 SLA because failure of any node directly reduces throughput. <strong>ClusterXL sync hardware defects:</strong> defective ClusterXL sync cables or ClusterXL sync ports typically overlooked in OEM contracts — we explicitly service these because sync defect operationally severe (cluster loses state sync, both nodes interpreted as active with connection loss for established sessions).

How does hardware replacement work with Smart-1 management integration?

<strong>Smart-1 is most important specific for Check Point Quantum hardware service.</strong> Quantum gateways centrally managed via <strong>SmartConsole</strong>, with <strong>Smart-1 management server</strong> (hardware appliance or VM) as central configuration and logging hub. From service perspective: <strong>configuration migration after hardware replacement runs via Smart-1, not via local Quantum backup.</strong> When we replace defective Quantum gateway, replacement Quantum initially 'empty' (factory configuration) — via SmartConsole (on Smart-1) old Quantum configuration installed as policy push to new device. <strong>Coordination procedure:</strong> we explicitly coordinate with your Smart-1 admin: (1) we deliver replacement hardware with documented hardware serial, (2) you authorize new serial in Smart-1 and Check Point license center for SIC trust establishment (Secure Internal Communication between Quantum and Smart-1), (3) we physically install replacement hardware and connect network and ClusterXL sync cables, (4) you establish SIC trust and push Quantum configuration as policy from SmartConsole. <strong>SIC trust specifics:</strong> SIC is Check Point's proprietary trust establishment between Smart-1 and Quantum gateways — on hardware replacement SIC must be re-established, which requires license re-activation with Check Point. For ClusterXL configurations more complex — we coordinate ClusterXL member replacement with your admin so cluster doesn't enter split-brain state during swap. <strong>Standalone mode:</strong> when Quantum gateway not managed via Smart-1 but locally via GAiA-OS (rare in branch configurations, more common in test/lab setups), configuration migration runs via local GAiA backup — we coordinate that too.

Do Threat Prevention, R81/R82 and SmartConsole remain unchanged?

Yes, fully and unchanged. We service exclusively <strong>hardware layer</strong> — all software- and subscription-related continues via Check Point. <strong>Threat Prevention subscriptions:</strong> IPS (intrusion prevention with daily signature updates via Check Point ThreatCloud), Anti-Bot (botnet detection and C&C communication block), Anti-Virus (file scanning with cloud lookup), URL Filtering (categorized URL database), Application Control (layer-7 application filtering), <strong>Threat Emulation</strong> (cloud sandbox service for unknown files — Check Point's SandBlast Cloud), <strong>Threat Extraction</strong> (document reconstruction for risk reduction) — all continue unchanged via active Check Point subscription. <strong>R81/R82 software:</strong> Quantum Security Software generations with GAiA-OS as underlying OS — code updates (major versions, maintenance releases, hotfixes) require active Check Point software support. <strong>SmartConsole:</strong> Windows-based management tool for Smart-1 configuration continues unchanged with active Smart-1 license. <strong>CloudGuard:</strong> cloud security suite (CloudGuard Network, CloudGuard Posture Management, CloudGuard Workload Protection) runs via Check Point cloud infrastructure. <strong>Infinity Architecture subscriptions:</strong> unified threat intelligence via Check Point's Infinity architecture (all Quantum, CloudGuard, Harmony, ZoneAlarm products under one threat intel pool) runs via Check Point subscription.

Which SLA levels do you recommend for branch and mid-market?

<strong>Branch sites (Quantum 3000 series):</strong> pricing leverage via ClusterXL differentiation. Active nodes 24×7×4 for critical branches (branches with real-time transactions, bank branches with online banking edge, production sites with ERP connectivity), 5×9 NBD sufficient for standard branches with pure office workloads. Standby ClusterXL nodes default 5×9 NBD or Parts Only. <strong>Mid-market sites (Quantum 6000 series):</strong> typically deployed at HQ or datacenter edge, higher criticality. <strong>Q6100-Q6500:</strong> 24×7×4 for active nodes standard. <strong>Q6700-Q6900:</strong> 24×7×4 for active nodes mandatory due to business-critical workloads (typically at datacenter edge with aggregated traffic). Standby ClusterXL nodes 5×9 NBD. <strong>Higher-end mid-market (Q7000, Q9000):</strong> 24×7×4 mandatory, typically at mid-market headquarters with aggregated multi-site traffic — hardware failure causes service loss for entire branch network. <strong>Banking/critical-infrastructure/NIS2-relevant configurations:</strong> 24×7×4 mandatory for all nodes plus documented SLA reporting for regulatory requirements (banking IT requirements like BAIT, MaRisk, NIS2 compliance). For these regulatory-sensitive fleets we recommend additional proactive spare component reservation on-site (1+1 spare PSU reservation per site). <strong>Multi-vendor consolidation:</strong> Check Point Quantum plus Palo Alto NGFW plus Fortinet FortiGate branch firewalls in one contract explicitly our strength.