To Next PageTo Next PageHow to fix Peplink Network Router FTP upload stalls?
If file transfers via FTP stall after a few kilobytes, the Maximum Transmission Unit (MTU) or MSS setting may need adjustment. The default MTU is 1500. For most DSL users, it's recommended to use MTU 1492. If the problem persists, try smaller values (e.g., 1462, 1420, 1400) until the issue is resolved.
Why does Peplink Network Router always show the same IP address when refreshing?
If a website almost always returns the same IP address when you refresh, it's likely because the web server has enabled the “Keep Alive” function, maintaining the same TCP session. Try testing with a website that doesn't enable “Keep Alive,” such as http://www2.simflex.com/ip.shtml.
What to do if I suspect a problem on my Peplink Network Router Internet/WAN connection?
To test the WAN connection, use “ping” from the Peplink Network Router. Access the Ping/Traceroute tool under the Status tab of your Peplink Network Router to identify the source of the problem.
Why is Peplink Network Router outbound load only using one WAN connection?
Outbound load is distributed evenly across WAN connections when multiple outbound connections are made. If only one user on the LAN has a single download session, the WAN connections may not be fully utilized. For single users, consider using download manager applications that can split files into pieces and download them simultaneously.
Why is my Peplink Network Router download speed still single link speed with FlashGet?
First, verify that all WAN connections are active. Next, ensure your download manager application is splitting the file into at least three parts. It's possible that multiple download sessions are being routed through the same link.
How to test Peplink Network Router LAN connection?
You can test the LAN connection using the “ping” command. In DOS/Windows, open the Command Prompt and type 'ping 192.168.1.1' (if your Peplink Network Router's IP address is 192.168.1.1) to check the connection to the router.
General| PepVPN/SpeedFusion Throughput (256-bit AES) | 300Mbps |
|---|---|
| Power over Ethernet (PoE) | No |
| Cellular Modem | No |
| Power Supply | AC 100-240V, 50/60Hz |
| Power Consumption | 30W |
| Operating Temperature | 0 to 40°C |
| Dimensions | 440 x 203 x 44 mm / 17.3 x 8 x 1.7 inches |
Details on supported network features like WAN, LAN, and VPN.
List of supported WAN features including DHCP, PPPoE, and cellular modem support.
Configuration for inbound traffic management using DNS and redirection.
Features for managing outbound traffic distribution and routing.
Package contents for the Peplink Balance One model.
Package contents for Peplink Balance 20, 30, 30 LTE, and 50 models.
Package contents for Peplink Balance 210 and 310 models.
Detailed overview of the Peplink Balance One, including front panel appearance and LED indicators.
Detailed overview of the Peplink Balance 20, including front panel appearance and LED indicators.
Detailed overview of the Peplink Balance 30, including front panel appearance and LED indicators.
List of items and requirements needed before installing the Peplink Balance.
High-level steps for connecting the Peplink Balance to the network and internet.
Guidance on configuring LAN, WAN, and MediaFast environments for proper operation.
Instructions on how to access the Peplink Balance web administration interface.
Using the setup wizard to simplify WAN connection configuration step-by-step.
Configuring advanced network settings via the Network menu.
Accessing and configuring cellular WAN settings and modem status.
Steps to enable and configure MediaFast content caching for supported content types.
Configuring content prefetching schedules to manage network bandwidth.
Configuring MediaFast routers to act as an MDM for client devices.
Accessing storage and bandwidth usage details for MediaFast.
Steps to configure VLANs for the LAN interface, including inter-VLAN routing.
Configuration of physical WAN port settings like speed, MTU, and MAC address.
Overview of available WAN connection methods: DHCP, Static IP, PPPoE, L2TP.
Tool for tracking network usage and bandwidth consumption for WAN connections.
Setup for dynamic DNS services to associate hostnames with dynamic IP addresses.
Configuration for setting up multiple SpeedFusion connections and acting as a central hub.
Configuring SpeedFusion connections when the Balance is behind a NAT router.
Viewing the status of SpeedFusion connections and VPN peers.
Configuration for setting up multiple IPsec VPN connections to various routers.
Checking the current connection status of IPsec VPN profiles.
Three main selections for outbound traffic policy: compatibility, normal, and custom.
Creating custom rules for managing outbound traffic behavior.
Configuring servers on the LAN for inbound access and defining their IP addresses.
Setting up inbound port forwarding rules for services via Network>Inbound Access>Services.
Using built-in DNS server to delegate DNS records for domain names.
Configuration of reverse lookup zones for mapping IP addresses to hostnames.
Categorizing clients into groups for applying QoS policies.
Defining minimum bandwidth reservation for user groups on WAN connections.
Prioritizing different application traffic types based on user groups.
Setting up rules for filtering outbound and inbound traffic.
Enabling detection and prevention of intrusions and DoS attacks.
Blocking access to specific websites for LAN/PPTP/SpeedFusion peers.
Setting up high availability configurations using VRRP for redundancy.
Assigning SSL certificates for local VPN and web admin.
Configuring forwarding for SMTP, Web Proxy, DNS, and custom services.
Enabling and configuring the AP controller for managing Pepwave APs.
Defining and managing wireless network settings, including SSID and security.
Configuring AP profiles for assigning settings to Pepwave AP devices.
Detailed breakdown of the status of each managed AP device.
Configuring user accounts, session timeouts, and security settings for web admin access.
Procedure for upgrading the Peplink Balance firmware via online download or manual upload.
Synchronizing the system clock with a specified time server.
Configuring email notifications for WAN status changes and firmware updates.
Using the ping test tool to check network connectivity.
Tracing the routing path to a destination through network interfaces or VPN.
Accessing the device via serial console using CLI commands.
Viewing system information such as model, firmware, and uptime.
Monitoring active sessions, initiated by application, WAN port, or client.
Listing DHCP and online client IP addresses, names, and MAC addresses.
Viewing the status of SpeedFusion connections and VPN peers.
Explanation of packet flow and advantages of routing via NAT mode.
Explanation of packet flow and operation when routing via IP forwarding mode.
Case study on optimizing performance for email and web browsing services.
Using persistence to maintain consistent IP addresses for sensitive sessions.
Creating inbound NAT mappings to allow remote access to LAN hosts.
Implementing firewall rules to restrict inbound access from the Internet.
Detailed specifications for routing, WAN, security, and physical interfaces.
Technical specifications for Peplink Balance 210 and 310 models.
Technical specifications for the Peplink Balance 380 model.
Technical specifications for the Peplink Balance 305 model.
