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Band Atlas Data MCP Server

Developer ToolsLow Risk10.0MCP RegistryRemote
Free

Server data from the Official MCP Registry

Which cellular IoT modules work on which networks: 465 networks, 172 countries, device verdicts

About

Which cellular IoT modules work on which networks: 465 networks, 172 countries, device verdicts

Remote endpoints: streamable-http: https://www.aiotrf.com/mcp

Security Report

10.0
Low Risk10.0Low Risk

Valid MCP server (1 strong, 1 medium validity signals). No known CVEs in dependencies. Imported from the Official MCP Registry.

7 tools verified · Open access · No issues found

Security scores are indicators to help you make informed decisions, not guarantees. Always review permissions before connecting any MCP server.

Permissions Found in Source Code

Found by scanning the linked source code. This listing connects to a hosted endpoint, so none of this runs on your machine: it describes what the server software does where it is hosted.

HTTP Network Access

Connects to external APIs or services over the internet.

How to Connect

Remote Plugin

No local installation needed. Your AI client connects to the remote endpoint directly.

Add this to your MCP configuration to connect:

{
  "mcpServers": {
    "io-github-365724-ctrl-band-atlas": {
      "url": "https://www.aiotrf.com/mcp"
    }
  }
}

Documentation

View on GitHub

From the project's GitHub README.

Band Atlas · 全球频段通 — open data

Which cellular IoT modules and devices work on which networks, country by country — 4G/5G bands of 465 networks in 172 countries, 2G/3G switch-offs, LTE-M / NB-IoT / 5G RedCap availability, eSIM by network, an IoT readiness index for every country, and network-by-network verdicts for 39 modules, DTUs, industrial routers, vehicle trackers and dongles.

Files

FileContentsRows
atlas.jsonEverything in one JSON file—
bands.csv4G/5G band reference148
iot_networks.csvLTE-M and NB-IoT networks208
model_verdicts.csvEvery module and device rated on every network, with the bands it lacks18135
models.csvModules and IoT devices (DTUs, routers, trackers): bands and sources39
network_bands.csvThe 4G/5G bands each network uses1732
networks.csvNetworks: market, operator, technologies and switch-off status465
pulse.csvNetwork pulse: industry indicators over time, with sources48
redcap_networks.csv5G RedCap launches, deployments and trials27
sources.csvSources and evidence grades (A official / B industry / C distributors and media)476
sunset.csv2G, 3G and NB-IoT switch-off events77
readiness.json / readiness.csvGlobal IoT readiness index: score, rank and the four parts (coverage, LTE-M/NB-IoT, 5G and RedCap, device fit) per country172
quality.jsonThe data-quality checks run before every update, and the cross-verification shares—
esim.jsonConsumer eSIM availability by network—

How verdicts work

A device is rated good on a network when it supports the bands that carry the network's service, limited when it lacks some of them (typically a coverage band), and no when it cannot attach. missing_bands lists what is lacking. Receive-only bands (for example LTE B29 and B32) are not counted as bands that can carry a connection alone. Third-party bands come from each maker's datasheets, wiki or product pages; listing a product is not an endorsement.

Use it from an AI assistant

The same data answers through an MCP server (7 tools: band check, country, operator, project report, IoT readiness and more) and a public JSON API with an OpenAPI description. See https://www.aiotrf.com/en/ai/band-atlas/developers/.

How to cite

Use the "Cite this repository" button (from CITATION.cff), or:

Hyper Nexus (2026). Band Atlas: cellular IoT bands, networks and device verdicts [data set]. https://www.aiotrf.com/ai/band-atlas/ — CC BY 4.0

License

CC BY 4.0 — free to use, share and adapt, including commercially, as long as you give credit:

Band Atlas · Hyper Nexus (https://www.aiotrf.com/ai/band-atlas/), CC BY 4.0

Corrections

Found something out of date? Open an issue with a link to the operator's or maker's announcement, or use the correction button on any page of the live tool. Networks are re-checked every quarter.


全球频段通 · 开放数据

哪些蜂窝物联网模组与设备,能在哪个国家的哪张网络上使用:172 个国家 465 张网络的 4G/5G 频段、2G/3G 退网时间、LTE-M / NB-IoT / 5G RedCap 状态,以及 39 款模组、DTU、工业路由器、车载定位器与数据卡的逐网评级。每一项数据都附来源与证据等级;数据核对日期 2026-10-06,每天自动同步。另有 172 个国家的物联网联接就绪指数和各网络的 eSIM 开通情况。

文件内容行数
atlas.json全部数据(JSON)—
bands.csv4G/5G 频段参数148
iot_networks.csvLTE-M 与 NB-IoT 网络208
model_verdicts.csv每款模组与设备在每张网络上的评级与缺少的频段18135
models.csv模组与物联网设备(DTU、路由器、定位器):频段与来源39
network_bands.csv每张网络在用的 4G/5G 频段1732
networks.csv网络清单(国家、运营商、技术与退网状态)465
pulse.csv网络脉搏:行业指标的历史数据与来源48
redcap_networks.csv5G RedCap 商用、部署与试验27
sources.csv来源清单与证据等级(A 官方 / B 行业 / C 经销商与媒体)476
sunset.csv2G、3G 与 NB-IoT 退网事件77
readiness.json / readiness.csv全球物联网联接就绪指数:每个国家的分数、排名与四个分项(覆盖、LTE-M/NB-IoT、5G 与 RedCap、设备适配)172
quality.json每次更新前运行的数据校验与交叉印证比例—
esim.json各网络的手机 eSIM 开通情况—

授权:CC BY 4.0,可自由使用、分享和修改(包括商业用途),注明出处即可:

全球频段通 · 超级联接(https://www.aiotrf.com/ai/band-atlas/),CC BY 4.0

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