Videotron SNE

Videotron SNE Energy Information

This site provides information about the energy efficiency of Small Network Equipment (SNE) models, such as Internet modems and routers, that have been purchased by Videotron since January 1, 2020 for use with its residential broadband internet access service. This site will be updated as Videotron makes new devices available to its customers. Some listed models may no longer be available and/or may not be available in all areas. The power measurements herein represent the SNE devices generally configured as they are deployed in the cable operators’ networks and running the operators’ software and measured in accordance with the test procedures as specified in CEEVA SNE. The energy use of an individual SNE device may vary.

ManufacturerModelBase TypeFeaturesReady State Power (W)
CommscopeTG4482IAD D3.1GigE LAN(3), 2.5 GigE LAN Active, 2.4 GHz Radio HP, 2.4 GHz MIMO above 2x2 HP(2), 5 GHz Radio HP, 5 GHz MIMO above 2x2 HP(2), 802.11n QAM, Bluetooth, 802.15.4, PCIe Gen 1&2 Base(2), PCIe Gen 1&2 Addl Lane, AP 5-10K DMIPS, AP Addl. Over 10K DMIPS24.00
SercommDM1000Basic D3.12.5 GigE LAN Active10.50
SagemcomXE2-SGBasic LNEGigE LAN(2), 2.4 GHz Radio LP, 5 GHz Radio LP(2), 5 GHz MIMO above 2x2 LP(2), 802.11n 256 QAM, Bluetooth, PCIe Gen 1&2 Base(3)6.50
VantivaCGM4331COMIAD D3.1GigE LAN(4), 2.4 GHz Radio HP, 2.4 GHz MIMO above 2x2 HP(2), 5 GHz Radio HP, 5 GHz MIMO above 2x2 HP(2), 802.11n 256 QAM, FXS(2), Bluetooth, 802.15.4, PCIe Gen 1&2 Base(2), PCIe Gen 1&2 Addl Lane, AP 5K-10K DMIPS15.00
HitronCODA-4680IAD D3.1Gige LAN(4), 2.4 GHz Radio HP, 2.4 GHz MIMO above 2x2 HP, 5 GHz Radio HP, 5 GHz MIMO above 2x2 HP(2), 802.11n QAM, USB3, PCIe Gen 1&2 Base(2)17.00
eeroPro 6EAdvanced LNEGigE LAN(2), 2.4 GHz Radio LP, 5 GHz Radio LP, 6 GHz Radio LP, 802.11n QAM, Bluetooth, AP 5K-10K DMIPS8.70
eeroeero 6Advanced LNEGigE LAN(2), 2.4 GHz Radio LP, 5 GHz Radio LP, 802.11n 256 QAM, USB2, Bluetooth, 802.15.4, AP 5K-10K DMIPS5.00
HitronCODA 56Basic D3.12.5 GigE LAN Active10.50
Models below this line were purchased prior to 2024 and reported using the then-applicable Tier 1/Tier 2 set of feature allowances
HitronCODA56Basic D3.12.5 GigE LAN10.50
SercommDM1000Basic D3.12.5 GigE LAN10.50
ArrisTM822GIAD D3.0GigE LAN, D3 above 4x4, FXS(2), BATTERY6.20
HitronCDA-RESBasic D3.0GigE LAN, D3 above 4x45.00
Vantiva (Technicolor)TC4400Basic D3.1GigE LAN(2)8.00
HitronCODA-45Basic D3.1GigE LAN(2)10.00
eeroeero 6Advanced LNEGigE LAN(2), WiFi(n) LP, WiFi(ac)LP, 802.11n 256 QAM, USB2, Bluetooth, Zigbee5.00
eeroeero Pro 6EAdvanced LNEGigE LAN(2), WiFi(n) LP, WiFi(ac)LP 2, 802.11n 256 QAM, Bluetooth, AP 5K-10K DMIPS8.70
Vantiva (Technicolor)CGM4331COMIAD D3.1GigE LAN(4), WiFi(n) HP, WiFi(ac) HP, WiFi above 2x2 HP(2), 802.11n 256 QAM, FXS(2), Bluetooth, ZigBee, PCIe(2), AP 5K-10K DMIPS15.00
HitronNOVA-2004IAD 10G EPONGigE LAN(2), FXS(2)7.00
CommScopeTG4482IAD D3.1GigE LAN(3), 2.5 GigE LAN, WiFi(n) HP, WiFi(ac) HP, WiFi above 2x2 HP(4), 802.11n 256 QAM, FXS(2), Bluetooth, ZigBee, PCIe(2), AP 5K-10K DMIPS, AP Addl. Over 10K DMIPS24.00
SagemcomXE2-SGAdvanced LNEGigE LAN(2), WiFi(n)LP, WiFi(ac)LP(2), WiFi above 2x2(2), 802.11n 256 QAM, Bluetooth, PCIe(3)6.50
TechnicolorCGM4141VDTIAD D3.1GigE LAN(2), WiFi(n) LP, WiFi(ac) LP, WiFi above 2x2 LP(6), 802.11n 256 QAM, MoCA, FXS(2), Bluetooth, Zigbee, Z-wave, PCIe(2), AP 5K-10K DMIPS24.00
TechnicolorCGM4331COMIAD D3.1GigE LAN(4), WiFi(n) HP, WiFi(ac) HP, WiFi above 2x2 HP(2), 802.11n 256 QAM, MoCA, FXS(2), Bluetooth, ZigBee, PCIe(2), AP 5K-10K DMIPS17.00
HitronCODA-4680IAD D3.1GigE LAN(4), WiFi(n) HP, WiFi(ac) HP, WiFi above 2x2 HP(3), USB 3, PCIe(2), AP 5K-10K DMIPS17.00
ARRISTM804GIAD D3.0D3.0 above 4x4, GigE LAN, FXS(4), BATTERY7.50
ZyxelEMG2926Advanced LNEGigE LAN(5), WiFi(n) LP, WiFi(ac) LP, USB 2(2)6.00
Wistron NeWeb CorpXE1v2-HIBasic LNEGigE LAN, WiFi(n) LP, WiFi(ac) LP, Bluetooth3.50
TP-LinkTL-SG105Basic LNEGigE LAN(5)1.80
ARRISCM8200A/P2Basic D3.1GigE LAN(2)12.00

BASE TYPE KEY

ShortcutBase Type
IAD D3.0Integrated Access Device with DOCSIS 3.0 WAN basic 4x4 configuration
IAD D3.1Integrated Access Device with DOCSIS 3.1 (no FDX)
IAD GigEIntegrated Access Device with Gigabit Ethernet WAN
IAD SFP GPONIntegrated Access Device with GPON SFP WAN interface
IAD 10G EPONIntegrated Access Device with 10G EPON WAN interface
Basic D3.0DOCSIS 3.0 basic configuration (4x4)
Basic D3.1DOCSIS 3.1 basic modem (no FDX)
Basic LNELocal Network Equipment that does not include Advanced LNE features
Advanced LNELocal Network Equipment (LNE) that incorporates multi-port routing, wireless access point, and/or VoIP functionality

FEATURE KEY

Note: A feature listed in the table above with a number following it indicates the number of ports or interfaces of that type supported by the device. For example, GigE LAN(4) indicates the device has four GigE LAN ports. If a number is not provided, it defaults to (1).

ShortcutFeature Name
D3.0 above 4x4DOCSIS 3.0 additional groups of 4 downstream channels
GigE Backup WANGigabit Ethernet Backup WAN
SFP Backup WANSFP Backup WAN
FastE LANFast Ethernet Port
GigE LANGigabit Ethernet Port
2.5 GigE LAN Connected2.5 Gigabit Ethernet port connected during test (active link)
2.5 GigE LAN2.5 Gigabit Ethernet port not connected
5 GigE LAN Connected5 Gigabit Ethernet port connected during test (active link)
5 GigE LAN5 Gigabit Ethernet port not connected
10 GigE LAN Connected10 Gigabit Ethernet port connected during test (active link)
10 GigE LAN10 Gigabit Ethernet port not connected
2.4 GHz Radio LPWi-Fi 2.4 GHz radio with a conducted output power of less than 200 mW per chain up to 2x2
2.4 GHz MIMO above 2x2 LPAdditional allowance per RF chain above 2x2 MIMO at 2.4 GHz with a conducted output power of less than 200 mW per chain
5 GHz Radio LPWi-Fi 5 GHz radio up to 80 MHz channel bandwidth with a conducted output power of less than 200 mW per chain up to 2x2
5 GHz MIMO above 2x2 LPAdditional allowance per RF chain above 2x2 MIMO at 5 GHz up to 80 MHz channel bandwidth with a conducted output power of less than 200 mW per chain
5 GHz Radio (160 MHz) LPWi-Fi 5 GHz radio at 160 MHz channel bandwidth with a conducted output power of less than 200 mW per chain up to 2x2
5 GHz MIMO (160 MHz) above 2x2 LPAdditional allowance per RF chain above 2x2 MIMO at 5 GHz at 160 MHz channel bandwidth with a conducted output power of less than 200 mW per chain
6 GHz Radio LPWi-Fi 6 GHz radio up to 80 MHz channel bandwidth with a conducted output power of less than 200 mW per chain up to 2x2
6 GHz MIMO above 2x2 LPAdditional allowance per RF chain above 2x2 MIMO at 6 GHz up to 80 MHz channel bandwidth with a conducted output power of less than 200 mW per chain
6 GHz Radio (160 MHz) LPWi-Fi 6 GHz radio at 160 MHz channel bandwidth with a conducted output power of less than 200 mW per chain up to 2x2
6 GHz MIMO (160 MHz) above 2x2 LPAdditional allowance per RF chain above 2x2 MIMO at 6 GHz at 160 MHz channel bandwidth with a conducted output power of less than 200 mW per chain
2.4 GHz Radio HPWi-Fi 2.4 GHz radio with a conducted output power of greater than or equal to 200 mW per chain up to 2x2
2.4 GHz MIMO above 2x2 HPAdditional allowance per RF chain above 2x2 MIMO at 2.4 GHz with a conducted output power of greater than or equal to 200 mW per chain
5 GHz Radio HPWi-Fi 5 GHz radio up to 80 MHz channel bandwidth with a conducted output power of greater than or equal to 200 mW per chain up to 2x2
5 GHz MIMO above 2x2 HPAdditional allowance per RF chain above 2x2 MIMO at 5 GHz up to 80 MHz channel bandwidth with a conducted output power of greater than or equal to 200 mW per chain
5 GHz Radio (160 MHz) HPWi-Fi 5 GHz radio at 160 MHz channel bandwidth with a conducted output power of greater than or equal to 200 mW per chain up to 2x2
5 GHz MIMO (160 MHz) above 2x2 HPAdditional allowance per RF chain above 2x2 MIMO at 5 GHz at 160 MHz channel bandwidth with a conducted output power of greater than or equal to 200 mW per chain
6 GHz Radio HPWi-Fi 6 GHz radio up to 80 MHz channel bandwidth with a conducted output power of greater than or equal to 200 mW per chain up to 2x2
6 GHz MIMO above 2x2 HPAdditional allowance per RF chain above 2x2 MIMO at 6 GHz up to 80 MHz channel bandwidth with a conducted output power of greater than or equal to 200 mW per chain
6 GHz Radio (160 MHz) HPWi-Fi 6 GHz radio at 160 MHz channel bandwidth with a conducted output power of greater than or equal to 200 mW per chain up to 2x2
6 GHz MIMO (160 MHz) above 2x2 HPAdditional allowance per RF chain above 2x2 MIMO at 6 GHz at 160 MHz channel bandwidth with a conducted output power of greater than or equal to 200 mW per chain
802.11n 256 QAMWi-Fi IEEE 802.11n at 2.4GHz supporting 256-QAM
HPNAHome Phoneline Networking Alliance
MoCAMultimedia over Coax Alliance 1.1/2.0
FXSForeign eXchange Subscriber (phone ports)
DECTDigital Enhanced Cordless Telecommunications
USB2USB 2.0
USB3USB 3.0
SATASerial ATA
BATTERYBack-up battery
BluetoothBluetooth
Z-waveZ-wave
802.15.4802.15.4 for ZigBee, Thread, etc.
PCIe Gen 1 & 2 BasePCIe Interface Gen 1 & 2 Base (includes first lane)
PCIe Gen 1 & 2 Addl LanePCIe Gen 1 & 2 Additional Lane
PCIe Gen 3 BasePCIe Interface Gen 3 Base (includes first lane)
PCIe Gen 3 Addl LanePCIe Gen 3 Additional Lane
AP 5K-10K DMIPSApplication Processor 5K-10K DMIPS
AP Addl. Over 10K DMIPSApplication Processor > 10K DMIPS (for every addl. 5K DMIPS)
SpeakerSpeaker < 10 Watts (maximum 2)
Voice ControlVoice Control

Feature Key for Tier 1 and Tier 2 Listings

ShortcutFeature Description
D3.0 above 4x4DOCSIS 3.0 additional groups of 4 downstream channels
GigE Backup WANGigabit Ethernet Backup WAN
SFP Backup WANSFP Backup WAN
FastE LANFast Ethernet Port
GigE LANGigabit Ethernet Port
2.5 GigE LAN Active2.5 Gigabit Ethernet Port connected during test
WiFi(n) LPWi-Fi IEEE 802.11n radio at 2.4 GHz or at 5.0 GHz with a conducted output power less than 200 mW per chain (up to 2x2, i.e. 400 mW)
WiFi(ac) LPWi-Fi, IEEE 802.11ac radio at 5 GHz with a conducted output power less than 200 mW per chain (up to 2x2, i.e. 400 mW)
WiFi above 2x2 LPAdditional allowance per RF chain above a 2x2 MIMO configuration (e.g., for 3x3 and 4x4) with a conducted output power less than 200 mW per chain
WiFi(n) HPWi-Fi IEEE 802.11n radio at 2.4 GHz or at 5.0 GHz with a conducted output power greater than or equal to 200 mW per chain (up to 2x2, i.e. 400 mW)
WiFi(ac) HPWi-Fi, IEEE 802.11ac radio at 5 GHz with a conducted output power greater than or equal to 200 mW per chain (up to 2x2, i.e. 400 mW)
WiFi above 2x2 HPAdditional allowance per RF chain above a 2x2 MIMO configuration (e.g., for 3x3 and 4x4) with a conducted output power greater than 200 mW per chain
802.11n 256 QAMWi-Fi IEEE 802.11n at 2.4GHz supporting 256-QAM
HPNAHome Phoneline Networking Alliance
MoCAMultimedia over Coax Alliance 1.1/2.0
FXSForeign eXchange Subscriber (phone ports)
DECTDigital Enhanced Cordless Telecommunications
USB2USB 2.0
USB3USB 3.0
SATASerial ATA
BATTERYBack-up battery
BluetoothBluetooth
ZigBeeZigBee
Z-waveZ-wave
PCIePCIe Interface
AP 5K-10K DMIPSApplication Processor 5K-10K DMIPS