ISP Product Guide

EasyMesh: Superior Mesh Wi-Fi, Everywhere

EasyMesh is a WiFi Alliance standard enabling devices from multiple vendors to onboard, configure, and communicate, creating flexible, adaptable networks. These networks are easy to set up and maintain, self-organizing for consistent coverage.

• Whole Home Coverage: Mesh devices automatically guide devices to the best channel for optimal network utilization.
• Seamless Roaming: Boosts signal strength while maintaining a single Wi-Fi network, ensuring stable signals when moving between rooms.
• One-Click Settings: Simplifies Wi-Fi setup; a single WPS button can establish a home mesh network.
• Flexible Scalability: Allows adding more EasyMesh™ devices to expand coverage, utilizing existing compatible hardware.

EasyMesh™ provides strong, stable, and seamless wireless connections. Its standard works across different devices for ultimate flexibility.

Seamless Wi-Fi Connections with One Network Name: Wi-Fi clients connect to the mesh device providing the best coverage, all sharing a single Wi-Fi name for uninterrupted connectivity.

Stability Meets Flexibility: TP-Link EasyMesh™ devices offer a wide array of models to build a solid whole-home mesh Wi-Fi network.

5G: 5th Generation of Cellular Networks

5G offers significantly faster speeds (up to 16.7x faster than 4G LTE-Advanced for downloads), lower latency (1ms), and high-density connections (1 million devices per km²), promising a more IoT-friendly ecosystem for applications like self-driving cars, logistics, retail, healthcare, and smart cities.

Faster Speeds: 5G download speeds reach up to 700 Mbps, allowing a 3 GB file download in 35 seconds.

Lower Latency: Enables fast, responsive network connections for real-time gaming and the IoT industry.

High-Density Connections: Supports a massive number of devices per square kilometer, crucial for the accelerating IoT market.

5G Promises a More IoT-Friendly Ecosystem: Enables advanced applications across various sectors.

XGS-PON: The Road to a Newer Passive Optical Network

XGS-PON is a newer standard for passive optical networks (PON) supporting 10 Gbps symmetric data transmission. It addresses the overload on traditional PON networks by providing higher bandwidth and lower latency, reducing CAPEX and OPEX for ISPs and protecting existing infrastructure.

Higher Bandwidth, Higher Quality of Service: XGS-PON provides up to 10 Gbps uplink and downlink bandwidth, supporting high-bandwidth services for an efficient network.

Simplify Network Architecture and Save on Investments: XGS-PON is a future-proof investment offering more bandwidth, better cost-effectiveness, lower total cost of ownership, and a longer fiber lifecycle.

More Mainstream Choices for ISPs: The advanced benefits of optical fiber over copper make it increasingly popular, offering longer transmission distances and wider coverage.

Wi-Fi 6E: Beyond the Boundaries of Wi-Fi 6

Wi-Fi 6E extends Wi-Fi 6 to the 6 GHz band (5.925 GHz to 7.125 GHz), adding up to 1,200 MHz of spectrum for more bandwidth, faster speeds, and lower latency.

6 GHz Makes All the Difference:

• Wider Lanes for Faster Speeds: The 6 GHz band offers 7 additional 160 MHz channels, doubling bandwidth and throughput for simultaneous high-speed transmissions.
• Improved Capacity with More Spectrum: The 1,200 MHz of additional spectrum significantly increases network capacity by providing more pathways for data transmission.

Wi-Fi 6E: Unlock the Full Potential of Wi-Fi 6: Wi-Fi 6E enhances network efficiency and capacity, fulfilling Wi-Fi 6's intended potential by utilizing the uncongested 6 GHz band. This 'Greenfield Spectrum' avoids frustrations from overcrowded 2.4 GHz and 5 GHz bands, with non-overlapping channels reducing congestion.

The 6th Generation of Wi-Fi: Wi-Fi 6 improves spectral efficiency, especially in dense scenarios, featuring:

• Faster Speeds: Up to 1.2 Gbps streams, 20% faster than Gigabit Ethernet.
• Larger Capacity: OFDMA and MU-MIMO improve Wi-Fi sharing efficiency.
• Higher Efficiency: Features like Target Wake Time and BSS Coloring optimize transmissions and reduce interference.

TP-Link Aginet Unified Cloud (TAUC)

A cloud management solution for managing Wi-Fi services for connected homes. TAUC offers a TR-369 USP cloud server, carrier-grade TR-369 CPE, a custom mobile app, and tailor-made API services.

Challenges to ISPs:

• Users switch ISPs due to poor Wi-Fi experience.
• Users expect ISPs to resolve all Wi-Fi issues.
• ISPs incur higher OPEX costs without health check tools or Wi-Fi insights.

TAUC Solution Benefits:

• Industry Standards: Adopts TR-369, TR-069 dual-stack protocols, TR-181 Multi-AP, and Data Elements for EasyMesh topology and Wi-Fi diagnostics.
• Zero Touch Deployment: Enables CPEs to be delivered to users without on-site support, automatically registering to TAUC, receiving ISP configurations, and establishing EasyMesh.
• Instant Insights for Connected Homes: Provides real-time online/offline monitoring dashboards and Key Wi-Fi KPI alerts.

Features:

• Near Real-Time Troubleshooting: Live Mode network performance analysis generates multi-dimensional data for quick reporting.
• Agile Task: Perform on-demand firmware and parameter upgrades from the TAUC cloud to target CPE groups.
• Open API Integration: Extensible architecture for automated operational management, including secure authentication and user network management.

TP-Link's End-to-End Aginet ACS Solution

TP-Link Aginet ACS assists WISPs by enabling remote operations, diagnosis, and maintenance, automating processes to reduce costs.

Challenges to ISP:

• High on-site maintenance costs.
• Lack of solid troubleshooting assistance.
• Limited information on deployed devices at end-user sites.
• Slow Wi-Fi speeds.

Solution Benefits:

• Remote management of deployed devices.
• Real-time Wi-Fi condition diagnostics.
• Reduced operating costs.

Aginet ACS Essential Features: Manage 100K CPEs, TR-181 Support, Neighboring AP Survey Visualization, Remote Firmware Group Update, Wi-Fi 6 Menu Configuration, Behind-NAT Management, Multi-Role Account, Performance Test.

TP-Link's Aginet Config

Use Aginet Config to deploy ISP-customized configurations as defaults for all devices, ensuring configurations persist even after a reset, thereby reducing operational costs.

Easy-to-Run Aginet Config:

1. Prepare a computer and a switch.
2. Download and install Aginet Config software.
3. Generate configuration files with ISP customized settings.
4. Import configuration files for batch device upgrades.

Challenges to ISPs:

• Devices require manual modification.
• Resets erase ISP default configurations.
• ISPs need to provide costly after-sales services.

Solution Benefits:

• Batch customized configuration: Keep ISP default configurations after a reset, enabling easy configuration without special equipment.
• Worry-Free Reset: Configurations made with Aginet Config update the device's factory settings, persisting after a reset.
• Pre-Configure Everything: Set deployment models, customize panel logos and favicons.
• Centralized Flexibility: Batch configure individual settings like passwords and SSIDs for efficiency and flexibility.

Application Scenario

Problem:

• Wi-Fi Dead Zones: Limited wireless coverage and blind spots.
• Slow Connections: Slow speeds for large file downloads and streaming.
• Wireless Interference: Household appliances causing instability.

Solution: TP-Link routers deployed in FTTx networks create stable, smooth Wi-Fi environments supporting numerous devices and high-speed applications.

Functions

• EasyMesh™ - Create Whole Home Seamless Network: Experience strong, stable, and seamless wireless connections throughout the home.
• Superfast Connections and Large Data Stream: Provides ultra-fast dual-band Wi-Fi speeds (2.4 GHz and 5 GHz) for high data transmissions.
• MU-MIMO and Beamforming for Better Performance:
  • MU-MIMO: Serves multiple devices simultaneously to reduce wait times and increase Wi-Fi throughput.
  • Beamforming: Concentrates Wi-Fi signals towards connected devices for stronger connections.
• Remote Management for ISPs: ISPs can remotely manage end-user devices via TR-069 protocol for batch firmware upgrades, real-time monitoring, and configuration.

Application Scenario

Problem: Fixed-line broadband deployment is time-consuming, requiring long waits for users to access the network.

Solution: TP-Link's whole-home mesh Wi-Fi eliminates dead zones and ensures uninterrupted Wi-Fi. Users benefit from improved coverage without needing to switch networks.

Functions

• The True Mesh Experience:
  • One Network, One Name: Users connect with a single network name and password.
  • Seamless Roaming: Users remain connected as they move throughout their homes, with unnoticeable switching between nodes.
  • Self-Healing: If a node fails, the network automatically reroutes data to maintain connections.
• Wi-Fi Made Easy:
  • Hands-Off: Aginet automatically optimizes connections when devices are added or users move.
  • Easy Setup and Easy Management: Setup takes minutes via app or WebGUI for monitoring and managing Wi-Fi settings remotely.
• Home Mesh Wi-Fi Security:
  • Hardware Security: Automatic firmware updates enhance security; firewall permits only approved packets.
  • Advanced Encryption: Wireless connections are encrypted using WPA2-PSK or WPA3-PSK.
• Remote Management for ISPs: ISPs can remotely manage devices via TR-069 for firmware upgrades, status monitoring, and configuration.

Application Scenario

Problem:

• Wi-Fi Dead Zones: Limited wireless coverage.
• Slow Connections: Slow speeds for large file downloads and streaming.
• Wireless Interference: Household appliances causing instability.

Solution: Super vectoring technology increases DSL data rates up to 350 Mbps. Beamforming and MU-MIMO enhance coverage and efficiency. Gateways can work with agents for EasyMesh networking, providing fast Wi-Fi on multiple devices.

Functions

• Multi-Application Scenario: Compatible with VDSL2 35b, Ethernet, and 3G/4G USB modems. Aginet works in various scenarios. FXS ports allow phone calls over the internet.
• Superfast, Stable Connections: Offers ultra-fast dual-band Wi-Fi. MU-MIMO serves multiple devices simultaneously, reducing wait times and increasing throughput.
• The Latest Generation of DSL Technology: V35b: Downstream speeds reach up to 350 Mbps, 3.5x faster than VDSL2 predecessors.
• Remote Management for ISPs: TR-069 protocol enables remote management for firmware upgrades, status monitoring, and configuration.

Application Scenario

Problem: Traditional copper access offers limited restorability and upgradability at a higher cost.

Solution: TP-Link's GPON HGU combines low attenuation of high frequencies with low noise for economical, long-distance transmissions.

Functions

• Multi-Application Scenario: Enables easy file and media sharing. FXS ports allow phone calls over the internet.
• Superfast, Stable Connections: Provides ultra-fast dual-band Wi-Fi (2.4 GHz and 5 GHz). XGS-PON and multi-gigabit LAN ports offer speeds up to 10x faster than standard Ethernet.
• Smooth IPTV Connections: Supports VLAN 802.11q and IGMP for seamless IPTV connectivity.
• Remote Management for ISPs: TR-069 protocol enables remote management for firmware upgrades, status monitoring, and configuration.

Wi-Fi 5 HGU

AC1200 Wireless VoIP GPON Router (XC221-G3v)

AC1200 Wireless VoIP GPON Router (XC220-G3v)

Aginet ACS/Aginet Config: Provides ISPs with a fully-functional Wi-Fi management platform. Remote Management: OMCI, TR-069(TR-098/TR-181), TR-111, TR-143 supported.

Wi-Fi 4 HGU

300 Mbps Wireless N Gigabit VoIP GPON Router (XN020-G3v)

300 Mbps Wireless N Gigabit GPON Router (XN020-G3)

Aginet ACS/Aginet Config: Provides ISPs with a fully-functional Wi-Fi management platform. Remote Management: OMCI, TR-069(TR-098) supported.

SFU

1-Port Gigabit GPON Terminal (XZ000-G3)

1:128 Split Ratio

1:128 Split Ration for High Capacity: Supports up to 2048, 1024, and 512 ONTs per port for DS-P7001-16, DS-P7001-08, and DS-P7001-04 respectively.

Dual Power Supplies

Enjoy carrier-class reliability with redundant power supplies supporting AC, DC, or mixed power input.

Free Centralized Management

Simplifies maintenance with remote batch configuration and updates. Centrally manage everything using the DeltaStream PON Management System (DPMS), SNMP, CLI, and WEB UI.

Compact Size for Flexible Deployment

19-inch rack mount design is flexible and easy to deploy.

Models

DS-P7001-16 (DeltaStream 16-Port Pizza-box GPON Optical Line Terminal)

• Centrally manage via the DeltaStream PON management system.
• 16× GPON ports.
• Supports 1:128 splitting ratio per port (up to 2048 ONTs).
• 4× 10GE SFP+ and 2× GE RJ45 uplink ports.
• 1× Console and 1× Management port.
• Dual Hot-Swap AC, DC, or mixed power supplies.
• Dimensions: 17.3 × 16.8 × 1.7 in (440 × 427 × 44 mm).
• Rack-Mountable.

DS-P7001-08 (DeltaStream 8-Port Pizza-box GPON Optical Line Terminal)

• Centrally manage via the DeltaStream PON management system.
• 8× GPON ports.
• Supports 1:128 splitting ratio per port (up to 1024 ONTs).
• 2× 10GE SFP+ and 1× GE RJ45 uplink ports.
• 1× Console and 1× Management port.
• Dual Hot-Swap AC, DC, or mixed power supplies.
• Dimensions: 17.3 × 10.2 × 1.7 in (440 × 260 × 44 mm).
• Rack-Mountable.

DS-P7001-04 (DeltaStream 4-Port Pizza-box GPON Optical Line Terminal)

• Centrally manage via the DeltaStream PON management system.
• 4× GPON Ports.
• Supports 1:128 splitting ratio per port (up to 512 ONTs).
• 1× 10G SFP+ and 1× GE RJ45 uplink ports.
• 1× Console and 1× Management port.
• Dual built-in AC+DC power supplies.
• Dimensions: 17.3 × 7.1 × 1.7 in (440 × 180 × 44 mm).
• Rack-Mountable.

GPON Features

• 1:128 Splitting Ratio for Each PON Port.
• Standard OMCI Management Supported.
• Uplink and Downlink Data Encryption.
• Rogue ONU Detection and Isolation.
• ONU Auto Authentication.
• Multi-Service Traffic Identify and Rate Limit.

L2 and L2+ Features

• Static Routing.
• IGMP Snooping/MLD Snooping.
• 802.1Q/MAC/Protocol VLAN.
• STP/RSTP/MSTP.
• Link Aggregation Group (LAG).
• Port Isolation.
• DHCP Relay.
• IEEE 802.1p/DSCP QoS.

Security Strategies

• ACL (IPv4/IPv6).
• IP-MAC-Port-VID Bindling.
• ARP Inspection.
• IP Source Guard.
• 802.1x Authentication.
• DoS Defend.

Centralized Management

• ACL (IPv4/IPv6).
• IP-MAC-Port-VID Bindling.
• ARP Inspection.
• IP Source Guard.
• 802.1x Authentication.
• DoS Defend.

Application Scenario

Problem: Fixed-line broadband deployment is time-consuming, requiring long waits for users to access the network.

Solution: TP-Link's 5G/4G CPEs share subscribers' mobile networks with multiple Wi-Fi devices. Users simply plug in a SIM card and enjoy whole-home fixed wireless broadband services. They are compatible with 5G-NR, FDD-LTE, and TDD-LTE, supported by most operators worldwide.

Functions

• Maximum Wi-Fi Coverage: Advanced 5G/4G antennas create stable connections. Power Amplifier and Low Noise Amplifier boost signal strength for superwide Wi-Fi coverage.
• Connect Numerous Devices: Easily share a 5G/4G connection with multiple Wi-Fi clients like tablets, laptops, and mobile phones simultaneously.
• Plug and Play: Integrated 5G/4G modem and SIM card slot allow users to insert a SIM card and turn on the CPE.
• Available WAN Connection: Support various connection types via the WAN/LAN port.

4G CPE

300 Mbps Wireless N 4G LTE Router (TL-MR6400)

300 Mbps Wireless N 4G LTE Telephony Router (TL-MR6500v)

Application Scenario

Problem: In remote areas, the deployment and maintenance costs of fixed-line broadband are high, making network coverage expensive for operators.

Solution: TP-Link's LTE MiFi shares an LTE network with multiple Wi-Fi devices. Plug-and-Play ensures shared internet access in remote areas with just a SIM card. It is fully compatible with FDD-LTE and TDD-LTE, supported globally.

Functions

• Go Anywhere, Connect Everywhere: Years of external testing ensure reliable internet access in various regions.
• Power to Keep Working All Day Long: Provides hours of wireless connectivity, ideal for travel and business trips.
• Internet Access for Multiple Devices: Provides reliable Wi-Fi for multiple devices simultaneously, allowing users to share internet via a single SIM card.
• No Configuration Required: Simply plug in a SIM card for fast, stable Wi-Fi on an LTE network.