HUAWEI B535-232 LTE CPE V100R001 Product Description
Issue: 01
Date: 2019-05-23
Manufacturer: HUAWEI TECHNOLOGIES CO., LTD.
About This Document
Summary
This document provides information regarding the features, main functions and services, technical specifications, and technical references of the product.
This document includes:
Chapter | Details |
---|---|
1 Product Overview | Provides an overview of the product. |
2 Technical Specifications | Describes the specifications of the product hardware, software, and user interface. |
3 Services and Applications | Describes the main functions and applications of the product. |
4 System Structure and Scenario Constraints | Describes the product system structure. |
5 Technical References | Describes the standards and communication protocols of the product. |
6 Packing List | Describes the devices and accessories that comprise the product package. |
Note: The document is an invitation to offer but not an offer. It is intended to describe the general features and functions of a product. The features and functions of certain products may vary with the requirements of customers.
History
Issue | Date | Details |
---|---|---|
01 | 2019-05-23 | Initial official release. |
Acronyms and Abbreviations
A comprehensive list of acronyms and their full spellings used throughout the document.
Acronym or Abbreviation | Full Spelling |
---|---|
3GPP | 3rd Generation Partnership Project |
ACS | Auto Configuration Server |
AES | Advanced Encryption Standard |
ALG | Application Layer Gateway |
AMR-NB | Adaptive Multi-Rate compression - Narrowband |
AMR-WB | Adaptive Multi-Rate compression - Wideband |
AP | Access Point |
APN | Access Point Name |
ARP | Address Resolution Protocol |
CLAT | Customer-side Translator |
CPE | Customer Premises Equipment |
CS | Circuit Switched |
CSFB | Circuit Switched Fallback |
DBDC | Dual Band Dual Concurrent |
DC-HSPA+ | Dual-Carrier - High Speed Packet Access Evolution |
DHCP | Dynamic Host Configuration Protocol |
DL | Downlink |
DMZ | Demilitarized Zone |
DNS | Domain Name Server |
DTMF | Dual-Tone Multi-Frequency |
EDGE | Enhanced Data rates for Global Evolution |
E-UTRA | Evolved Universal Terrestrial Radio Access Network |
FDD | Frequency Division Duplex |
HOTA | Huawei Firmware Over the Air |
HSPA | High Speed Packet Access |
HSPA+ | High Speed Packet Access Evolution |
GPRS | General Packet Radio Service |
IEEE | Institute of Electrical and Electronics Engineers |
IP | Internet Protocol |
IPSec | Internet Protocol Security |
IPv4 | Internet Protocol version 4 |
IPv6 | Internet Protocol version 6 |
ICMP | Internet Control Message Protocol |
L2TP | Layer Two Tunneling Protocol |
LAN | Local Area Network |
LED | Light Emitting Diode |
LTE | Long Term Evolution |
MAC | Media Access Control |
MDI | Medium Dependent Interface |
MDIX | Medium Dependent Interface Crossover |
MIMO | Multi-input Multi-output |
MME | Mobility Management Entity |
NAT | Network Address Translation |
NAPT | Network Address and Port Translation |
PC | Personal Computer |
PCC | Primary Component Carrier |
PGW | PDN Gateway |
PIN | Personal Identification Number |
PLAT | Provider-side Translator |
PPTP | Point-to-Point Tunneling Protocol |
QAM | Quadrature Amplitude Modulation |
QR | Quick Response |
RFC | Request For Comments |
RTCP | Real-time Transport Control Protocol |
RTP | Real-time Transport Protocol |
SAMBA | System for Advanced Mobile Broadband Applications |
SCC | Secondary Component Carrier |
SCP | Service Control Point |
SDRAM | Synchronous Dynamic Random Access Memory |
SDP | Session Description Protocol |
SGW | Serving Gateway |
SIP | Session Initiation Protocol |
SMA | SubMiniature version A |
SMS | Short Message |
SOHO | Small Office Home Office |
SSID | Service Set Identifier |
TDD | Time Division Duplex |
TD-SCDMA | Time Division-Synchronous Code Division Multiple Access |
TKIP | Temporal Key Integrity Protocol |
UE | User Equipment |
UL | Uplink |
UMTS | Universal Mobile Telecommunications System |
UPnP | Universal Plug and Play |
USB | Universal Serial Bus |
USIM | UMTS Subscriber Identity Module |
VPN | Virtual Private Network |
WAN | Wide Area Network |
WEP | Wireless Encryption Protocol |
Wi-Fi | Wireless Fidelity |
WMM | Wi-Fi Multimedia |
WPA/WPA2-PSK | Wi-Fi Protected Access/Wi-Fi Protected Access II - Pre-Shared Key |
WPA2-PSK | Wi-Fi Protected Access II - Pre-Shared Key |
WPS | Wi-Fi Protected Setup |
1 Product Overview
The HUAWEI LTE CPE B535-232 is a Long Term Evolution (LTE) wireless gateway for multiple users in household or small office environments. It enables users to access the Internet.
The B535-232 supports 3GPP Release 11 with LTE CAT 7. The supported service functions are as follows:
- Data service up to DL 300 Mbps and UL 100 Mbps
- Working band: LTE: B1/B3/B7/B8/B20/B28/B32/B38, UMTS: B1/B8
- Wi-Fi: 802.11 b/g/n/a/ac. 2.4GHz Wi-Fi 2x2 MIMO up to 300Mbps, 5GHz Wi-Fi 2x2 MIMO up to 867Mbps. Maximum Users: 64
- 1 GE port for LAN/WAN, 3 GE ports for LAN
- Multi APN function (Optional) for Data, TR-069 services
- Routing mode: NAT enable (Default) / IP pass-through (Optional)
- VPN client service (L2TP, PPTP)
- Customer management via WebUI or HUAWEI SmartHome APP (iOS or Android)
- Operator maintenance via TR-069 (Optional) and TR-143 (Optional)
- Huawei Firmware Over the Air (HOTA)
Figure 1-1 B535-232 appearance: The HUAWEI B535-232 LTE CPE is shown from multiple angles. The front view displays the Huawei logo and LED indicators. The rear view reveals ports including a power adapter port, one LAN/WAN RJ45 port, three LAN RJ45 ports, and a micro-SIM card slot. Side views illustrate the device's slim profile and antenna placement.
2 Technical Specifications
2.1 Hardware Specifications
Item | Description | |||||
---|---|---|---|---|---|---|
Technical standard | WAN: 3GPP Release 11 | |||||
LAN: IEEE 802.3/802.3u | ||||||
Wi-Fi: IEEE 802.11a/b/g/n/ac | ||||||
Working band/frequency | LTE: B1/B3/B7/B8/B20/B28/B32/B38 | |||||
UMTS: B1/B8 | ||||||
Wi-Fi: 2.4 GHz: 2.4 GHz-2.473 GHz, 5 GHz: 5.15 GHz-5.35 GHz & 5.47 GHz-5.725 GHz | ||||||
External port | One power adapter port | |||||
One LAN/WAN port (RJ45), three LAN ports (RJ45) | ||||||
Two external LTE antenna ports (SMA) | ||||||
One SIM card slot (micro-SIM) | ||||||
Antennas | Built-in LTE/UMTS primary antenna | |||||
Built-in LTE/UMTS secondary antenna | ||||||
Built-in Wi-Fi 2.4 GHz antenna | ||||||
Built-in Wi-Fi 5.0 GHz antenna | ||||||
LED Indicators | One power indicator | |||||
One Internet status indicator (Cyan: LTE network accessed, Blue: UMTS network accessed, Green: Ethernet network accessed, White: Dual uplink enabled (Customizable), Red: No SIM card inserted or detected, or insufficient balance) | ||||||
One Wi-Fi indicator (Flash slowly: A pairable HiLink device is detected. Flash quickly: HiLink pairing is in progress/WPS connection is in progress. Off: Wi-Fi is disabled.) | ||||||
Note: The indicator starts to flash slowly only when B535-232 detects a new HiLink device. HiLink devices include Honor routers, Honor set-up boxes, Honor handsets (EMUI 5.0 and later), and more. | ||||||
One LAN indicator | ||||||
One group of signal strength indicators | ||||||
Buttons | One Power ON/OFF switch | |||||
One Hi/WPS button (The Wi-Fi indicator flashes slowly when the router detects a HiLink device. Press the Hi/WPS button to connect the HiLink device to the router's Wi-Fi. When the Wi-Fi indicator is steady on, press the Hi/WPS button to enable WPS.) | ||||||
One Reset button | ||||||
Maximum transmit power | LTE: B1/B8/B20/B28/B38: 22.5 dBm; B3/B7: 22 dBm | |||||
UMTS: B1/B8: 22.5 dBm | ||||||
Wi-Fi: 802.11b: 14.5 dBm; 802.11g: 15.5 dBm; 802.11n: 15.5 dBm; 802.11a: 18 dBm; 802.11ac: 18 dBm | ||||||
Receiving sensitivity | LTE | |||||
Band | 1.4MHz (dBm) | 3MHz (dBm) | 5MHz (dBm) | 10MHz (dBm) | 15MHz (dBm) | 20MHz (dBm) |
B1 | / | / | -100.5 | -98 | -96 | -95 |
B3 | -107.5 | -103.5 | -101.5 | -99.5 | -97.5 | -96.5 |
B7 | / | / | -97 | -95.0 | -92.5 | -91.5 |
B8 | -106.5 | -103.5 | -101.5 | -98.5 | / | / |
B20 | / | / | -101.5 | -98.5 | -97.5 | -95 |
B28 | / | -103.5 | -101.5 | -99 | -97 | -95.5 |
B32 | / | / | -100 | -98 | -96 | -95 |
B38 | / | / | -100.5 | -97 | -95.5 | -94 |
UMTS | B1: -110 dBm | |||||
B8: -110 dBm | ||||||
Wi-Fi | 802.11b: -87 dBm | |||||
802.11g: -75 dBm | ||||||
802.11n: -73.5 dBm | ||||||
802.11a: -76 dBm | ||||||
802.11ac: -75 dBm | ||||||
Power consumption | < 12 W | |||||
AC/DC power supply | AC (input): 100V-240V 50Hz/60Hz | |||||
DC (output): 12V/1A | ||||||
Dimensions (Maximum) | 219 mm (Width) x 138 mm (High) x 25.6 mm (Deep)(not included the socket) | |||||
219 mm (Width) x 138 mm (High) x 60.66 mm (Deep)( included the socket) | ||||||
Weight | About 325 g (excluding the power adapter) | |||||
Temperature | Working temperature: 0 ℃ to 40 ℃ | |||||
Storage temperature: -20 ℃ to +70 ℃ | ||||||
Humidity | 5% - 95% (non-condensing) | |||||
Certification/Compliance | CE, Wi-Fi, ERP, ROHS, REACH, GCF |
2.2 Antenna Specifications
2.2.1 Build-in LTE Antenna
Item | Description |
---|---|
Frequency | FDD LTE: B1: 1920-1980 MHz, 2110-2170 MHz |
B3: 1710-1785 MHz, 1805-1880 MHz | |
B7: 2500-2570 MHz, 2620-2690 MHz | |
B8: 880-915 MHz, 925-960 MHz | |
B20: 832-862 MHz, 791-821 MHz | |
B28: 703-748 MHz, 758-803 MHz | |
B32: NA, 1452-1496 MHz | |
TDD LTE | B38: 2570-2620 MHz, 2570-2620 MHz |
UMTS | B1: 1920-1980 MHz, 2110-2170 MHz; B8: 880-915 MHz, 925-960 MHz |
Input impedance | 50 Ω |
Standing wave ratio | < 3 |
Main antenna efficiency | LTE: B1: -1.5 dB, B3: -1.4 dB, B7: -1.7 dB, B8: -2.6 dB, B20: -2.1 dB, B28: -2.5 dB, B32: -2.6 dB, B38: -1.8 dB |
UMTS: B1: -1.5 dB, B8: -2.6 dB | |
B28: -3.2 dB, B32: -3.3 dB, B38: -2.3 dB | |
UMTS: B1: -2.3 dB, B8: -3.1 dB | |
LTE: B1/B3/B7/B8/B20/B28/B32/B38: 1~2 dBi | |
UMTS: B1: 2 dBi, B8: 0.8 dBi | |
LTE: B1/B3/B7/B8/B20/B28/B32/B38: 1~2 dBi | |
TX/RX | 1T2R |
Polarization | Linear polarization |
2.2.2 Build-in Wi-Fi Antenna
Item | Description |
---|---|
Frequency | 2.4 GHz-2.473 GHz |
Input impedance | 50 Ω |
Standing wave ratio | < 2 |
Efficiency | -3 dB |
Gain | 3.5 dBi |
Polarization | Linear polarization |
Item | Description |
---|---|
Frequency | 5.15 GHz-5.35 GHz & 5.47 GHz-5.725 GHz |
Input impedance | 50 Ω |
Standing wave ratio | < 2 |
Efficiency | -3 dB |
Gain | 3.5 dBi |
Polarization | Linear polarization |
2.3 Software Specifications
Item | Description |
---|---|
LTE features | DL 2x2 MIMO |
DL 64QAM, UL 16QAM | |
Mobile network | APN management |
APN auto adapter | |
Gateway | Router: Supports the default route: 0.0.0.0. Supports manual configuration of LAN IP addresses. Supports Address Resolution Protocol (ARP). |
DHCP server: The DHCP server can be enabled or disabled. The address pool of the DHCP server can be configured. The lease can be configured. The DNS relay under the DHCP server can be enabled. | |
NAT: Supports NAT and NAPT (compliant with RFC2663, RFC3022, and RFC3027). Supports cone NAT. Supports Symmetric NAT. | |
ARP | |
ICMP | |
IPv4v6 dual stack | IPv6 only (Optional, CLAT for LAN side IPv4 device access Internet) |
IPv4 only (Optional) | |
Note: When the CLAT function is enabled, the IPv4 device Internet access service cannot reach the maximum throughput. Under IPv6 only, NAT-based service (such as port forwarding and port triggering) is not available. | |
VPN client | Support L2TP VPN client |
Support PPTP VPN client | |
SMS | Writing/sending/receiving |
Writing/sending/receiving extra-long messages | |
Data service | LTE : DL 300 Mbps, UL 100 Mbps; DC-HSPA+: DL 42 Mbps, UL 5.76 Mbps; HSPA+: DL 21 Mbps (64QAM), UL 5.76 Mbps; HSPA: DL 14.4 Mbps, UL 5.76 Mbps; WCDMA PS: DL 384 Kbps, UL 384 Kbps; Wi-Fi 802.11b/g/n/a/ac |
Supports multi APNs (Optional, one for data and one for TR-069). | |
Firewall setup | Firewall enable/disable |
URL filtering | |
LAN IP filtering | |
Port forwarding (Virtual server) | |
Port triggering (Special Application) | |
DMZ service | |
UPnP service | |
ALG settings | |
LAN | 10/100/1000 Mbps auto-negotiation |
MDI/MDIX auto-sensing | |
IEEE 802.3/802.3u-compatible | |
Wi-Fi | Broadcasts and hides service set identifiers (SSIDs) |
Complies with IEEE 802.11b/g/n/a/ac | |
WPS | |
WMM | |
Security mode | Encryption: WEP, AES, and TKIP + AES |
Open | |
WPA2-PSK | |
WPA/WPA2-PSK | |
WEP | |
MAC address authentication | Supports the MAC address authentication whitelist. |
Supports the MAC address authentication blacklist. | |
Supports a maximum of 10 MAC address entries. | |
STA | Supports inquiry of STA status. |
Supports a maximum of 64 connected stations. | |
Operator maintenance (Optional) | Supports TR-069 Amendment III |
Supports TR-143 Amendment I | |
USIM | PIN management and USIM card authentication |
NTP | Supports daylight saving time (DST) (Optional). |
Maintenance | Supports export of current diagnosis results and operation logs. |
HUAWEI SmartHome APP: View data traffic usage and SMS. Manage connected devices. Change CPE's SSID and password. | |
System requirements: Operating system: Windows 7, Windows 8, Windows 8.1, Windows 10 (Not support Windows RT), MAC OS X 10.9, 10.10, 10.11 and 10.12 with latest updates. | |
Web browser: Microsoft Internet Explorer 8.0 with latest updates. FireFox 49.0 with latest updates. All major versions of Chrome in the last year (53.0 with latest updates). Safari 10.0 with latest updates (MACOS). | |
Your computer's hardware system should meet or exceed the recommended system requirements for the installed OS version. |
3 Services and Applications
3.1 Data Services
The B535-232 can access the Internet through mobile networks and Ethernet networks. By connecting to the B535-232 using Wi-Fi or a network cable, users can obtain access to high-speed Internet services and establish a local area network (LAN).
3.1.1 Accessing the Internet through a Mobile Network
The B535-232 can access the Internet through mobile networks.
Figure 3-1 Accessing the Internet through a mobile network: This diagram illustrates the HUAWEI B535-232 LTE CPE connecting to the internet via LTE/UMTS mobile networks. An antenna icon represents the mobile signal. The CPE then provides internet access wirelessly via Wi-Fi (indicated by Wi-Fi signal icons) to devices like a laptop and a smartphone, and via Ethernet cables to devices like a desktop computer.
3.1.2 Accessing the Internet through an Ethernet Network
The B535-232's LAN/WAN port can be connected to a wall-mounted Ethernet port using a network cable.
Figure 3-2 Accessing the Internet through an Ethernet network: This diagram shows the HUAWEI B535-232 LTE CPE connecting to the internet via an Ethernet network. The CPE's LAN/WAN port is depicted connected by a network cable to a wall-mounted Ethernet port, which in turn provides internet access.
3.2 SMS
The B535-232 supports message writing/sending/receiving and group sending (up to 50 contacts at a time).
3.3 Security Service
The B535-232 supports comprehensive and robust security services. It provides a firewall function and PIN protection mechanisms. These features allow users to connect their computers to the Internet and simultaneously protect their computers against security threats from the Internet.
3.3.1 Firewall Service
The B535-232 supports the enabling or disabling of a firewall on the network connection, which protects the device and network from attacks by hackers on the Internet and controls access to the Internet.
3.3.2 MAC Filtering
The B535-232 supports configuration of the Media Access Control (MAC) address to restrict network access.
3.3.3 Wi-Fi Authentication
The gateway supports the following user authentication protocols for Wi-Fi:
- No encryption
- WEP, WPA2-PSK (AES), WPA/WPA2-PSK (TKIP/AES).
3.4 VPN Function
3.4.1 VPN Client
VPN tunneling involves establishing and maintaining a logical network connection (that may contain intermediate hops). On this connection, packets constructed in a specific VPN protocol format are first encapsulated within some other base or carrier protocol, then transmitted between the VPN client and server, and finally decapsulated on the receiving side.
The B535-232 supports L2TP and PPTP tunneling protocols.
Diagram Description: Network diagram illustrating VPN client functionality. A PC connects to the LTE CPE via VPN Tunnel (L2TP/PPTP). The CPE connects to the internet via LTE, then through SGW and PGW to a VPN Server.
3.4.2 VPN Pass-Through
The B535-232 supports L2TP/PPTP VPN pass-through for the LAN side device. The LAN side device can create a VPN tunnel to the VPN server.
Diagram Description: Network diagram showing VPN pass-through. A LAN side device (PC) connects to the LTE CPE. The CPE connects to the internet via LTE, then through SGW and PGW to a VPN Server. The VPN tunnel is established from the LAN device through the CPE to the VPN server.
3.5 IP Pass-Through
The LTE CPE obtains the WAN IP address and passes it through to the PC (Case 1) or Router (Case 2), and then the PC (Case 1) or Router (Case 2) can directly use the WAP IP address.
Diagram Description: Diagram illustrating IP Pass-Through. Case 1: A PC connects via RJ45 to the LTE CPE, which is connected to the Internet. The CPE passes the WAN IP address directly to the PC. Case 2: A Router connects via RJ45 to the LTE CPE, which is connected to the Internet. The CPE passes the WAN IP address directly to the Router.
3.6 IPv6 Only and IPv4v6 Dual Stack
3.6.1 IPv4v6 Dual Stack
CPE provides dual stack function.
Diagram Description: Diagram showing IPv4v6 dual-stack functionality. An LTE CPE connects to the network. Devices can be IPv4 only, IPv6 only, or dual-stack. The connection to the internet supports both IPv4 and IPv6 through SGW and PGW.
3.6.2 IPv6 Only (CLAT)
The LTE CPE supports IPv6 only with the transition solution CLAT for IPv4 device.
Note: When the IPv6 only (CLAT) function is enabled, NAT-based functions (like DMZ/Port Forwarding/Port tigger) cannot be used. When an IPv4 device accesses the Internet, the performance is degraded because packets need to be packetized and unpacked. However, IPv6 devices are not affected.
Diagram Description: Diagram illustrating IPv6 only operation with CLAT. An LTE CPE connects to the network. Devices are IPv6 only or IPv4 only. The CPE uses CLAT (Customer-side Translator) to allow IPv4 devices to access the internet via IPv6. The connection to the internet supports IPv4 and IPv6 through SGW and PGW.
3.7 Multi-APN
The B535-232 supports the establishment and maintenance of two APNs. These two APN connections isolate data and remote management services on an operator's network. The B535-232 supports an independent APN for CPE internal/TR-069.
Diagram Description: Diagram illustrating Multi-APN setup. A UE connects to the LTE CPE. The CPE establishes two APN connections: a Default APN and a TR-069 APN, connecting to the internet via SGW and PGW.
3.8 HiLink
- Supports up to 5 HiLink devices to connect to B535-232 through the WPS button to create an expanded network.
- Supports quick connection between a HiLink device (such as Honor set-up boxes and Honor handsets running on EMUI 5.0 and later) and B535-232 through the WPS button.
3.9 Customer management
3.9.1 WebUI
The B535-232 supports local configuration through the Web UI. You can perform device management and network configuration to ensure normal and stable performance.
3.9.2 HUAWEI SmartHome APP
Scan the QR code (can be found in the Quick Start Guide, giftbox and Web UI) to download the Huawei SmartHome APP and configure the router from your phone.
3.10 Operator maintenance
The B535-232 supports Operator maintenance through the TR-069. Operator remote manages the CPE software update/parameters configuration via TR-069.
3.11 HOTA
The B535-232 supports the HOTA feature, which allows users to remotely update the device firmware through the HOTA server.
Diagram Description: Network diagram showing HOTA (Huawei Firmware Over the Air) functionality. A UE connects to the LTE CPE. The CPE connects to the internet via LTE, then through SGW and PGW to an Auto-Configuration Server (ACS).
4 System Structure and Scenario Constraints
4.1 System Architecture
Figure 4-1 System structure: System architecture diagram for the HUAWEI B535-232 LTE CPE. The diagram shows 'Internet' connecting to the CPE. The CPE has modules for 'Ethernet access function', 'LTE access function', 'IP route protocol and NAT', 'WEB management', 'AP function', and 'LAN access function'. It shows connections to a Laptop and a Computer.
The following describes the modules shown in Figure 4-1:
- LTE access function: The B535-232 adopts the LTE access technology at the WAN side.
- LAN access function: One 10/100/1000 Mbps high-speed Ethernet ports are provided at the LAN side. The B535-232 provides the switching function for local networking and sharing of the broadband network when it is connected to terminal devices.
- AP function: An 802.11b/g/n/a/ac -compliant Wi-Fi AP interface is provided for wireless networking at home. The interface is compliant with the IEEE 802.11b/g/n/a/ac standard and the WEP, WPA/WPA2-PSK, WPA2-PSK security authentication mechanisms.
- DHCP/DNS: The DHCP server dynamically allocates IP addresses to PCs.
- Web-based management: You can configure the B535-232 and modify and view the configuration of the B535-232.
IP routing protocol and NAT: The B535-232 has high-speed routing capability. With the built-in NAT, the B535-232, together with LTE terminals, can provide flexible broadband access solutions and networking schemes.
4.2 Scenario Constraints
The B535-232 is a household wireless broadband access product designed for use in scenarios with relatively few network access devices and relatively low network reliability requirements, such as homes or small office and home offices (SOHOs).
The B535-232 is not an enterprise-grade product. It cannot be used by medium- or large-sized enterprises or in scenarios with high network reliability requirements, such as banks, securities agencies, traffic control, and communications device backhaul.
The B535-232 has the following constraints:
- When the IP Pass-Through mode is enabled, the HOTA function cannot be used.
- When the L2TP/PPTP VPN client function is enabled, the throughput performance will slow down.
- A maximum of 64 devices can be connected to the Wi-Fi in theory; the actual number of devices that can be connected and served depends on actual conditions.
5 Technical References
5.1 Standards and Communication Protocols
5.1.1 Standards and Communication Protocols of the Product
Item | Description |
---|---|
Physical layer | RFC894 |
ARP | RFC826 |
IP | RFC791, RFC1122, RFC1071, RFC1141, RFC1624, RFC792, RFC950, RFC1256 |
ICMP | RFC792, RFC950, RFC1256 |
TCP | RFC793 |
UDP | RFC768 |
DHCP | RFC1531, RFC1533 |
NAT | RFC1631, RFC2663, RFC3022, RFC3027 |
5.1.2 Standards and Communication Protocols of the Wireless Uu Interface
This device supports 3GPP Release 11.
6 Packing List
Description | Quantity | Remarks |
---|---|---|
Wireless Gateway | 1 | Standard |
Socket | 1 | Standard |
Power supply adapter | 1 | Standard |
Quick Start | 1 | Standard |
Ethernet cable | 1 | Optional |
Warranty card | 1 | Optional |
The HUAWEI B535-232 wireless gateway has an optional external antenna.