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H35M8040HSN1, Huawei HG8040H GPON Terminal, SC/UPC, Japan Standard Adapter, Japanese Documents

Brand: Huawei
Model: H35M8040HSN1

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H35M8040HSN1, Huawei HG8040H GPON Terminal, SC/UPC, Japan Standard Adapter, Japanese Documents

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Overview

Huawei H35M8040HSN1 Overview

The Huawei H35M8040HSN1 HG8040H is a carrier-grade GPON terminal designed for high-speed fiber access in FTTH deployments. It features a Class B+ GPON port with robust bi-directional FEC and SR-DBA/NSR-DBA to ensure stable bandwidth for residential and SMB users. Four GE Ethernet interfaces support VLAN, QinQ, and IPv6 Layer 2 transparency, making it ideal for converged voice, data, and video services. With compact dimensions, low 7.5W max power, and advanced OMCI-based management, this terminal simplifies rollouts for service providers across Asia and Europe.

Product Highlights

4GE

Gig Ports

7.5W

Low Power

0-40°C

Temp Range

Product Applications Scenarios

Service Providers

GPON access with 4GE and advanced OMCI simplifies large-scale FTTH rollouts, cutting truck rolls and speeding subscriber activation by up to 30%.

Enterprise Network

As a CPE in campus or branch fiber networks, it delivers secure L2 forwarding and QoS, improving application performance for IP voice and video.

Edge & IoT

The compact, low-power GPON ONT brings high-bandwidth backhaul to edge gateways and IoT hubs, enhancing reliability in space-limited sites.

Product Features Comparison


Model	H35M8040HSN1, Huawei HG8040H GPON Terminal, SC/UPC, Japan Standard Adapter, Japanese Documents	HG8M218240H, Huawei HG8240H GPON Terminal, SC/APC, UK Adapter, English	H35M8045QSN1, Huawei HG8045Q GPON Terminal, Japan Standard Adapter/SC UPC Connector/Japanese Docs	HG8M8010HTI1, Huawei HG8010H GPON Terminal, GPON, SC/APC, EU Adapter
Brand	Huawei	Huawei	Huawei	Huawei
Dimensions (H x W x D) (mm)	176mm x 138.5mm x 28mm	176mm x 138.5mm x 28mm	230 x 190 x 30mm (excluding the support)	115 x 94 x 27 (V300R015C00 and earlier) 82 x 90 x 27 (V300R015C10)
Operating temperature	0°C to +40°C	0°C to +40°C	0°C to 40°C	0°C to +40°C
Operating humidity	5% RH to 95% RH (non-condensing)	5% RH to 95% RH (non-condensing)	5% RH to 95% RH (non-condensing)	5% RH to 95% RH (non-condensing)
Power adapter input	100–240 V AC, 50–60 Hz	100–240 V AC, 50–60 Hz	100–240 V AC, 50–60 Hz	100–240 V AC, 50–60 Hz
System power supply	11–14 V DC, 1 A	11–14 V DC, 0.5 A	11-14 V DC, 2 A	11–14 V DC, 0.5 A
Static power consumption	4W	4W	5W	3W
Maximum power consumption	7.5W	10W	21W	3.5W
Ports	4GE	4GE + 2POTS	4GE+2.4G/5G Wi-Fi+USB	1GE
Indicators	POWER/PON/LOS/LAN	POWER/PON/LOS/LAN/TEL	POWER/PON/LOS/USB/PORT /2.4GWi-Fi/5G Wi-Fi/WPS	POWER/PON/LOS/LAN
GPON Port	• Class B+ • Receiver sensitivity: -27dBm • Wavelengths: US 1310 nm, DS 1490 nm • Wavelength blocking filter (WBF) • Flexible mapping between GEM Port and TCONT • GPON: consistent with the SN or password authentication defined in G.984.3 • Bi-directional FEC • SR-DBA and NSR-DBA	• Class B+ • Receiver sensitivity: -27dBm • Wavelengths: US 1310 nm, DS 1490 nm • Wavelength blocking filter (WBF) • Flexible mapping between GEM Port and TCONT • GPON: consistent with the SN or password authentication defined in G.984.3 • Bi-directional FEC • SR-DBA and NSR-DBA	• Class B+ • Receiver sensitivity: -27dBm • Wavelengths: US 1310nm, DS 1490nm • Wavelength blocking filter (WBF) • Flexible mapping between GEM Port and TCONT • GPON: consistent with the SN or password authentication defined in G.984.3 • Bi-directional FEC • SR-DBA and NSR-DBA	• Class B+ • Receiver sensitivity: -27dBm • Wavelengths: US 1310 nm, DS 1490 nm • Wavelength blocking filter (WBF) • Flexible mapping between GEM Port and TCONT • GPON: consistent with the SN or password authentication defined in G.984.3 • Bi-directional FEC • SR-DBA and NSR-DBA
Ethernet Port	• Ethernet port-based VLAN tags and tag removal • 1:1 VLAN, N:1 VLAN, or VLAN transparent transmission • QinQ VLAN • Limit on the number of learned MAC addresses • MAC address learning • Local switching/isolation based on Ethernet ports • Transparent transmission of IPv6 packets at Layer 2	• Ethernet port-based VLAN tags and tag removal • 1:1 VLAN, N:1 VLAN, or VLAN transparent transmission • QinQ VLAN • Limit on the number of learned MAC addresses • MAC address learning • Local switching/isolation based on Ethernet ports • Transparent transmission of IPv6 packets at Layer 2	• Ethernet port-based VLAN tags and tag removal • 1:1 VLAN, N:1 VLAN, or VLAN transp arent transmission • QinQ VLAN • Limit on the number of learned MAC addresses	• Ethernet port-based VLAN tags and tag removal • 1:1 VLAN, N:1 VLAN, or VLAN transparent transmission • QinQ VLAN • Limit on the number of learned MAC addresses • MAC address learning • Transparent transmission of IPv6 packets at Layer 2
Smart interconnection / Smart Services	• L2 forwarding: 1G uplink, 2G downlink	• Association of one account with two POTS ports • L2 forwarding: 1G uplink, 2G downlink / • SIP/H.248 auto-negotiation	• Any port any service • L2/L3 forwarding: 1G uplink, 2G downlink	n/a
Smart O&M	• Variable-length OMCI messages • Active/Passive rogue ONT detection and isolation • PPPoE/DHCP simulation testing	• Variable-length OMCI messages • Active/Passive rogue ONT detection and isolation • PPPoE/DHCP simulation testing • Call emulation, and circuit test and loop-line test	• Variable-length OMCI messages • Active/Passive rogue ONT detection and isolation • PPPoE/DHCP simulation testing • WLAN emulation	• Variable-length OMCI messages • Active/Passive rogue ONT detection and isolation • PPPoE/DHCP simulation testing
QoS	• Ethernet port rate limitation • 802.1p priority • SP/WRR/SP+WRR • Broadcast packet rate limitation • Flow mapping based on the VLAN ID, port ID, or/and 802.1p	• Ethernet port rate limitation • 802.1p priority • SP/WRR/SP+WRR • Broadcast packet rate limitation • Flow mapping based on the VLAN ID, port ID, or/and 802.1p	• Ethernet port rate limitation • 802.1p priority • SP/WRR/SP+WRR	• Ethernet port rate limitation • 802.1p priority • SP/WRR/SP+WRR • Broadcast packet rate limitation • Flow mapping based on the VLAN ID, port ID, or/and 802.1p
Power Saving	• Indicator power saving • Power consumption reduction of idle components in power-saving state • COCv4	• Indicator power saving • Power consumption reduction of idle components in power-saving state • COCv4	• Dynamic power saving • Indicator power saving • COCv4	• Indicator power saving • Power consumption reduction of idle components in power-saving state • COCv4
Security	• MAC address filtering	• MAC address filtering	• Anti-DoS attack • Filtering based on MAC/IP/URL addresses	• MAC address filtering
Common O&M	• OMCI/Web UI • Dual-system software backup and rollback • 802.1ag Ethernet OAM • Optical link measurement and diagnosis • Loopback check	• OMCI/Web UI • Dual-system software backup and rollback • 802.1ag Ethernet OAM • Optical link measurement and diagnosis • Loopback check	• OMCI/Web UI/TR069 • Dual-system software backup and rollback	• OMCI/Web UI • Dual-system software backup and rollback • 802.1ag Ethernet OAM • Optical link measurement and diagnosis • Loopback check
Multicast	• IGMP v2/v3 snooping • MLD v1/v2 snooping • Fast leave • VLAN tag translation, transparent transmission, and removal for downstream multicast packets • IGMP/MLD protocol packet rate limitation	• IGMP v2/v3 snooping • MLD v1/v2 snooping • Fast leave • VLAN tag translation, transparent transmission, and removal for downstream multicast packets • IGMP/MLD protocol packet rate limitation	• IGMP v2/v3 snooping • MLD v1/v2 snooping • Multicast services through Wi-Fi	• IGMP v2/v3 snooping • MLD v1/v2 snooping • Fast leave • VLAN tag translation, transparent transmission, and removal for downstream multicast packets • IGMP/MLD protocol packet rate limitation

Optional Add-ons

Model Number	Description
HUAWEI-ONT-PSU-12V1A	Huawei 12V 1A AC power adapter for HG8040H and compatible GPON ONTs
HUAWEI-ONT-WALLKIT	Huawei wall-mount bracket kit for HG8040H GPON terminal installations
SCUPC-SM-PATCH-2M	Single-mode SC/UPC patch cord 2m for connecting HG8040H to ODN outlets

Quality Certifications

Specification

Huawei H35M8040HSN1 Specification

Model

H35M8040HSN1

Brand

Huawei

Dimensions (H x W x D) (mm)

176mm x 138.5mm x 28mm

Operating temperature

0°C to +40°C

Operating humidity

5% RH to 95% RH (non-condensing)

Power adapter input

100–240 V AC, 50–60 Hz

System power supply

11–14 V DC, 1 A

Static power consumption

Maximum power consumption

7.5W

Ports

4GE

Indicators

POWER/PON/LOS/LAN

GPON Port

• Class B+ • Receiver sensitivity: -27dBm • Wavelengths: US 1310 nm, DS 1490 nm • Wavelength blocking filter (WBF) • Flexible mapping between GEM Port and TCONT • GPON: consistent with the SN or password authentication defined in G.984.3 • Bi-directional FEC • SR-DBA and NSR-DBA

Ethernet Port

• Ethernet port-based VLAN tags and tag removal • 1:1 VLAN, N:1 VLAN, or VLAN transparent transmission • QinQ VLAN • Limit on the number of learned MAC addresses • MAC address learning • Local switching/isolation based on Ethernet ports • Transparent transmission of IPv6 packets at Layer 2

Smart interconnection

• L2 forwarding: 1G uplink, 2G downlink

Smart O&M

• Variable-length OMCI messages • Active/Passive rogue ONT detection and isolation • PPPoE/DHCP simulation testing

QoS

• Ethernet port rate limitation • 802.1p priority • SP/WRR/SP+WRR • Broadcast packet rate limitation • Flow mapping based on the VLAN ID, port ID, or/and 802.1p

Power Saving

• Indicator power saving • Power consumption reduction of idle components in power-saving state • COCv4

Security

• MAC address filtering

Common O&M

• OMCI/Web UI • Dual-system software backup and rollback • 802.1ag Ethernet OAM • Optical link measurement and diagnosis • Loopback check

Multicast

• IGMP v2/v3 snooping • MLD v1/v2 snooping • Fast leave • VLAN tag translation, transparent transmission, and removal for downstream multicast packets • IGMP/MLD protocol packet rate limitation

Get more information

Discover unbeatable prices and fast shipping for the H35M8040HSN1, Huawei HG8040H GPON Terminal, SC/UPC, Japan Standard Adapter, Japanese Documents . Access the detailed H35M8040HSN1, Huawei HG8040H GPON Terminal, SC/UPC, Japan Standard Adapter, Japanese Documents datasheet and ensure you're getting the best deal with our reliable delivery service. Need assistance? Our free live chat support is here to help. For more information about the product and pricing, contact us via live chat or email us at [email protected].

Quality Certifications

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Q&A

Questions & Answers

What accessories are included with the H35M8040HSN1 GPON Terminal?

The H35M8040HSN1 comes with a Japan standard adapter and Japanese documentation for setup and configuration.

How does the H35M8040HSN1 compare to other GPON terminals?

The H35M8040HSN1 is specifically optimized for the Japan So-net, with SC/UPC connectors and tailored documentation, providing a more targeted solution compared to general GPON terminals.

Is the H35M8040HSN1 GPON Terminal compatible with other ISP networks?

The H35M8040HSN1 is optimized for Japan So-net and may require configuration adjustments for compatibility with other ISPs. Check with Huawei support for detailed guidance.

Are the products sold on router-switch.com authentic?

Yes, router-switch.com only sells 100% genuine products from authorized brands. As a multi-brand authorized distributor, all items are sourced through official channels and include valid manufacturer warranties. Customers may verify authorization via brand websites or request certification documents.

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How cost-effective is the H35M8040HSN1 GPON Terminal?

The H35M8040HSN1 provides high-speed internet access at a competitive price, making it a cost-effective choice for system integrators.

What are the main features of the H35M8040HSN1 GPON Terminal?

The H35M8040HSN1 GPON Terminal features high-speed optical network capabilities, SC/UPC connector, and is tailored for the Japan So-net network.

What are the typical application scenarios for the H35M8040HSN1?

The H35M8040HSN1 is typically used in residential and small office environments that require reliable high-speed internet access in Japan.

How do I install the H35M8040HSN1 GPON Terminal?

Installation involves connecting the terminal to a power source, linking it to the network via the SC/UPC port, and configuring it according to the provided Japanese documentation.

Does the H35M8040HSN1 GPON Terminal require firmware updates?

Yes, it's advisable to check for firmware updates periodically to ensure the device runs optimally and maintains security standards.

Are there any alternative products to the H35M8040HSN1?

An alternative within the Huawei products line could be the HG8245H, which offers similar features with additional Wi-Fi capabilities.

What common troubleshooting steps are available for the H35M8040HSN1?

Common troubleshooting includes checking power connections, verifying the SC/UPC connection, and ensuring proper configuration settings are applied per the Japanese documents.