4G/5G

LT500E

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Verwandeln Sie 4G in Internet für alle

Teilen über Speedy AC1200 Wi-Fi

Dual-band WiFi allows newer devices to stream on the less congested 5 GHz band, while IoT and legacy devices can connect to the 2.4 GHz band, making your video chatting, 4K playback and light control feel as smooth as possible.

Teilen über Fast Ethernet

Share a stable wired connection for TV and PC. The LAN/WAN port can be configured as a WAN port, connecting to another ISP and enabling WAN failover if the SIM card is inserted in.

Zahlreiche Funktionen für detaillierte Optimierungen

Online-Redundanz

WAN/Cellular backup provides robust network resilience, making it suitable for surveillance and other always-online scenarios.

Bandsperre

The 4G Band Lock allows the user to lock the working frequency to one or several bands.

TTL-Einstellungen

Support manual sets TTL values to meet ISP's requirements (such as Verizon and Visible). Support set IPv4 TTL and IPv6 HL Values.

DNS-Verschlüsselung

Allow encrypting domain lookups, preventing eavesdropping and manipulation of DNS data from a man-in-the-middle attack.

Einfache Einrichtung und vielseitige Verwaltung

Plug-and-Play

Insert your Nano SIM card with an active subscription plan, power on the router, and enjoy the Wi-Fi.

Zeitplan und Filterung

Set a bed time and a domain blacklist to regulate your children's online behavior.

VPN-Server und -Client

ZeroTier/WireGuard/OpenVPN/IPSec/L2TP/PPTP are available for boundless VPN applications.

Schnelles Roaming

Works as Cudy a Mesh main node to enable fast roaming when using with other Cudy Mesh devices.

Cudy-App

Manage your network from your phone. This model supports cloud remote control and local control via the Cudy App.

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Cudy-App

Manage your network from your phone. This model supports cloud remote control and local control via the Cudy App.

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4G AC1200 WLAN-Router

4G AC1200 WLAN-Router, LT500E 1.0

LT500E 1.0

Produktvarianten

Ein 4G-WLAN-Router mit einem Nano-SIM-Steckplatz und vier Ethernet-Anschlüssen, der einfach zu installierende, flexible Netzwerke für Heim-, Büro-, Überwachungs-, Ausstellungs- und Wohnmobilszenarien bietet.

4G-Kat. 4 mit max. 150 Mbit/s DL
4-Stream Dual-Band Wi-Fi 5
867 Mbit/s + 300 Mbit/s WLAN ¹
4× Fast-Ethernet-Ports
1× Nano-SIM-Steckplatz
Cudy Mesh, VPN-Server und -Client
Cudy App, Cloud-Steuerung

Vollständige Details anzeigen

Hardware-Spezifikationen

Software-Spezifikationen

Modellversion
Modellversion	LT500E 1.0
CPU
CPU	Chipset	MT7628
	CPU Details	580 MHZ Single-Core, MIPS24KEC
Memory/Storage
Memory/Storage	Flash/ROM	16 MB (128 Mbit) NOR
	DDR/RAM	128 MB (1 Gbit) DDR2
Cellular
Cellular	Cellular Standards	4G Cat. 4
	Cellular Antennas	2× Internal
	SIM Options	1× Nano SIM Slot
	Available Versions	EU, US, AU
EU Version Cellular
EU Version Cellular	Suitable Region	Europe, Middle East, Africa
	Max DL Speed	150 Mbps (LTE-FDD), 130 Mbps (LTE-TDD)
	Max UL Speed	50 Mbps (LTE-FDD), 30 Mbps (LTE-TDD)
	Advanced	DL 2×2 MIMO
	Cellular Bands	LTE-FDD: B1/3/5/7/8/20/28 LTE-TDD: B38/40/41 WCDMA: B1/5/8
US Version Cellular
US Version Cellular	Suitable Region	United States, Canada
	Max DL Speed	150 Mbps
	Max UL Speed	50 Mbps
	Advanced	DL 2×2 MIMO
	Cellular Bands	LTE-FDD: B2/4/5/12/13/14/66/71 WCDMA: B2/4/5
AU Version Cellular
AU Version Cellular	Suitable Region	Latin America, Australia, New Zealand
	Max DL Speed	150 Mbps (LTE-FDD), 130 Mbps (LTE-TDD)
	Max UL Speed	50 Mbps (LTE-FDD), 30 Mbps (LTE-TDD)
	Advanced	DL 2×2 MIMO
	Cellular Bands	LTE-FDD: B1/2/3/4/5/7/8/28/66 LTE-TDD: B40 WCDMA: B1/2/4/5/8 GSM: B2/3/5/8
Wireless
Wireless	5 GHz Wi-Fi Speed	867 Mbps
	2.4 GHz Wi-Fi Speed	300 Mbps
	5 GHz Wi-Fi Streams	2T2R (2×2 MIMO)
	2.4 GHz Wi-Fi Streams	2T2R (2×2 MIMO)
	Wi-Fi Antennas	2× Internal
	5 GHz Antenna Gain Max	3.97 dBi
	2.4 GHz Antenna Gain Max	3.54 dBi
	Beamforming	True
	FEM or PA/LNA	5 GHz: 2× Internal 2.4 GHz: 2× Internal
	Range Performance	Max: 170 m (558 ft) Indoor WiFi range varies depending on the layout and wall materials. See Wall Performance spec for placement suggestions.
	Wall Performance	One wooden walls with thickness < 10 cm (4'') One concrete wall with thickness < 20 cm (7'')
Interfaces
Interfaces	Physical Buttons	Power On/Off Button WPS Button Reset Button
	10/100 Mbps RJ45 Ports	4
	Ethernet Notes	One port supports WAN/LAN configuration, and the rest are LAN ports
	LED	System Internet 2.4 GHz Wi-Fi 5 GHz Wi-Fi WPS LAN WAN/LAN Cellular Signal Strength
	Power Input	DC Jack
Power
Power	Power Methods	DC
	DC	12V 1A
	Power Adapter	Input: 100 ~ 240 V, 50/60 Hz AC Output: 12V 1A DC
	Max Power Consumption (W)	10W
	Idle Power Consumption (W)	4W
Reliability
Reliability	ESD Contact Protection	4kV
	ESD Air Protection	8kV
	Environment	Operating Temperature: 0 ℃ ~ 40 ℃ (32 ℉ ~104 ℉) Storage Temperature: -40 ℃ ~ 70 ℃ (-40 ℉ ~ 158 ℉) Operating Humidity: 10% ~ 90% non-condensing Storage Humidity: 5% ~ 90% non-condensing
Certifications
Certifications	FCC, CE
Mechanical
Mechanical	Dimension	190×50×148.8 mm 7.48×1.97×5.86 inches
	Product Weight	300 g (10.58 oz.)
	Installation	Desktop
Package Content
Package Content	LT500E Power Adapter Ethernet Cable Installation Guide
Ordering Information
Ordering Information	Retail Package Weight	EU: 600 g (21.16 oz.)
	Retail Package Dimension	270×58×168 mm 10.63×2.28×6.61 inches
	Units per Carton	20
	Carton Net Weight	EU: 12 kg (26.46 lbs)
	Carton Gross Weight	EU: 12.6 kg (27.78 lbs)
	Carton Dimension	55.8×31.7×36.3 cm 21.97×12.48×14.29 inches

Modellversion
Modellversion	LT500E 1.0
Wireless
Wireless	Wi-Fi Standards	Wi-Fi 5
	Max Wi-Fi Modulation	256-QAM
	Wi-Fi Efficiency	MU-MIMO
	Wi-Fi Efficiency Note	MU-MIMO available on 5 GHz
	Max Capacity	128
	Recommended Client Upper Limit	40
	Max Wi-Fi Channel Width	80 MHz
	Wi-Fi Security	WPA/WPA2/WPA3
	Guest Network	2.4 GHz, 5 GHz
	WPS	True
General
General	Operation Modes	Cellular Router Wi-Fi Router WISP
	Mesh	Cudy Mesh Main
	Mesh Backhaul	Wireless Backhaul Wired Backhaul
	Cellular APN	Band Select (Band Lock) Cellular Mode Select Data Roaming APN Profile Manual APN Profile MBN MTU Value
	Cellular Mode	4G Only Auto
	WAN Mode	DHCP Static IP PPPOE
	Internet Failover Sequence	WAN WISP Cellular
Network
Network	QoS	Per-User Rate Limiting
	DHCP	Address Reservation DHCP Client List Server
	IP Versions	IPv4/IPv6
	IPv6 Protocols	Relay Dynamic (SLAAC/DHCPv6) Staic (Fixed IP) Passthrough 464XLAT MAP-E DS-Lite
	IPTV/VLAN	Bridge Tag VLAN
	TTL Customization	Extend Spoof Custom
	IGMP	IGMP Proxy IGMP Snooping
	Forwarding	Port Forwarding Port Triggering UPnP DMZ
	Firewall	SPI Firewall DoS Protection Block PING
	Application Layer Gateway	IPSec Passthrough L2TP Passthrough PPTP Passthrough FTP Passthrough TFTP Passthrough H323 Passthrough SIP Passthrough RTSP Passthrough
Utilities
Utilities	VPN Server	WireGuard OpenVPN IPsec Zerotier PPTP L2TP
	VPN Client	WireGuard OpenVPN IPsec Zerotier PPTP L2TP
	DNS Options	DNS over TLS Manual DNS Rebind Protection Override Clients' DNS
	DNS over TLS Providers	Cloudflare Google Quad9 Custom
	Wake on LAN	True
	Online Detection	True
Management
Management	All Devices Management	Wi-Fi Time Schedule MAC Filter IP/MAC Binding
	Per-Devices Management	Intenent On/Off VPN On/Off Online Time Schedule Device Rename
	Content Management	Domain Filter IP Filter
System
System	Local Control Method	Config Web Page App Control
	Remote Control Method	Config Page via HTTPS App Control TR069/TR098/TR111/TR181
	Firmware Upgrade	Local Update App (Over the Air) Online Update
	Diagnostic Tools	Diagnosis Ping Traceroute NSLookup System Log
	Languages	English Bengali Catalan Czech German Greek Spanish French Hebrew Croatian Hungarian Italian Japanese Khmer Korean Dutch Norwegian Polish Portuguese Romanian Russian Slovak Swedish Thai Turkish Ukrainian Vietnamese Simplified Chinese Traditional Chinese
	Reliability	Timed Reboot Backup and Restore
Dashboard
Dashboard	Panel	Internet Status Mesh Status Devices Management Cellular Status SMS Send and Receive WAN Status LAN Status WISP Status Wi-Fi Status VPN Status DHCP Server Status System Version
	Charts	Mesh Topology Cellular Speed Internet Speed WISP Speed Wi-Fi Speed

Der tatsächliche drahtlose Datendurchsatz variiert je nach Netzwerkbedingungen, Client-Einschränkungen und Umgebungsfaktoren wie Gebäudelayout, Hindernissen und Client-Standort.