CWWK / Topton N100 firewall board (4× i226-V) vs CWWK / Topton i3-N305 firewall/NAS board (4× i226-V)

Measured idle power, ECC, NIC chipset, RAM ceiling and IOMMU/passthrough — side by side, every claim cited to a dated third-party source or left blank.

~11 W idle on Proxmox vs ~13.5 W idle on ProxmoxMeasured idle, not TDP. On the cited lower-bound figures the CWWK / Topton N100 firewall board (4× i226-V) draws less at idle.
FieldCWWK / Topton N100 firewall board (4× i226-V)CWWK / Topton i3-N305 firewall/NAS board (4× i226-V)
CPUIntel N100Intel Core i3-N305
Cores4C / 4T8C / 8T
Form factorFanless router/NAS boardFanless router/NAS board
Measured idle power~11 W idle on Proxmox (bare install, 32 GB RAM, NVMe); ~17 W with containers + Frigate NVR; ~24.5 W Prime95 wall-measured · Wall plug meter (PicoPSU build) · source · 2025-01-05~13.5 W idle on Proxmox (32 GB RAM, NVMe, Coral TPU); ~34 W sustained 7-Zip, ~50 W peak wall-measured · Wall plug meter (PicoPSU build) · source · 2025-01-05
ECC memoryNo (DDR5 SODIMM, non-ECC) source · 2024No (DDR5 SODIMM, non-ECC) source · 2024
NIC chipset4× 2.5GbE Intel i226-V (some SKUs add 2× 10G SFP+) source · 20244× 2.5GbE Intel i226-V (some SKUs add 2× 10G SFP+) source · 2024
RAM ceiling48 GB (1× DDR5 SODIMM; some SKUs 2 slots) source · 2025-01-0548 GB (DDR5 SODIMM) source · 2025-01-05
IOMMU / passthrough4× discrete i226-V NICs pass through cleanly to OPNsense/router VMs — the reason this board is bought. source · 2024Discrete i226-V NICs pass through cleanly; 8 cores give headroom for router VM + NAS + a few containers. source · 2025-01-05
AMD reset bug
Price band$170–230 (barebones)$220–290 (barebones)
Proxmox fit (editorial)excellentThe router/firewall pick: 4× i226-V (the GOOD 2.5GbE silicon), ~11 W idle, NIC passthrough clean. DDR5 non-ECC.excellent8-core sibling of the N100 board: same 4× i226-V, ~2.5 W more idle for 2× the compute. Strong all-in-one router+NAS+Proxmox.
Where to buyAmazon Newegg eBay Amazon Newegg eBay

Frequently asked questions

Does the CWWK / Topton N100 firewall board (4× i226-V) or the CWWK / Topton i3-N305 firewall/NAS board (4× i226-V) use less idle power?
The CWWK / Topton N100 firewall board (4× i226-V) idles at ~11 W idle on Proxmox (bare install, 32 GB RAM, NVMe); ~17 W with containers + Frigate NVR; ~24.5 W Prime95 (wall-measured); the CWWK / Topton i3-N305 firewall/NAS board (4× i226-V) idles at ~13.5 W idle on Proxmox (32 GB RAM, NVMe, Coral TPU); ~34 W sustained 7-Zip, ~50 W peak (wall-measured). On the cited lower-bound figures, the CWWK / Topton N100 firewall board (4× i226-V) draws less. Idle varies with OS, 120 V vs 240 V mains and power tuning, so treat these as the third-party measured numbers, not a guarantee for your exact unit.
CWWK / Topton N100 firewall board (4× i226-V) vs CWWK / Topton i3-N305 firewall/NAS board (4× i226-V): which has the better NIC for Proxmox?
CWWK / Topton N100 firewall board (4× i226-V) NIC: 4× 2.5GbE Intel i226-V (some SKUs add 2× 10G SFP+) (rated solid). CWWK / Topton i3-N305 firewall/NAS board (4× i226-V) NIC: 4× 2.5GbE Intel i226-V (some SKUs add 2× 10G SFP+) (rated solid). Intel i226 is the chipset to want; i225 has a documented dropout history and Realtek RTL8125 works on Linux/Proxmox but not VMware ESXi. Confirm the silicon on the unit you receive with lspci -nn.
Which is the better homelab / Proxmox box, the CWWK / Topton N100 firewall board (4× i226-V) or the CWWK / Topton i3-N305 firewall/NAS board (4× i226-V)?
CWWK / Topton N100 firewall board (4× i226-V): The router/firewall pick: 4× i226-V (the GOOD 2.5GbE silicon), ~11 W idle, NIC passthrough clean. DDR5 non-ECC. CWWK / Topton i3-N305 firewall/NAS board (4× i226-V): 8-core sibling of the N100 board: same 4× i226-V, ~2.5 W more idle for 2× the compute. Strong all-in-one router+NAS+Proxmox. These are our editorial verdicts derived from the cited fields above — not a spec.
Cited public information, not purchasing advice. Idle draw depends on OS, mains voltage (120 V vs 240 V) and power tuning (powertop); onboard NIC silicon can differ between production batches of the same model — confirm with lspci -nn before relying on a NIC or passthrough claim. Full per-model detail and every source on the model pages.

Full model pages

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