Jinpu Technology · Decentralized Mesh Radio Solution

Home
China
Shenyang
Jinpu Technology · Decentralized Mesh Radio Solution

Jinpu Technology develops decentralized mesh radios to empower emergency response, military communications, border patrol, and field exploration.

Next-Gen Wireless Mesh Radio | 100km+ Coverage | Secure, Reliable & Rapid Deployment for Military & Disaster Relief

04/09/2026

Wildfire response depends on early information.

But forest and mountain areas often lack stable communication infrastructure.

TCNR can support remote sensor networking, patrol communication, and emergency coordination in difficult terrain.

Possible data includes:

• Sensor alerts
• Location information
• Voice communication
• Image or status updates
• Temporary command messages

A warning system is only useful if the alert can reach the team in time.

Could your remote monitoring system communicate without public network coverage?

Message us for forest and mountain communication scenarios.

02/09/2026

When a factory or industrial site loses its normal network, operations still need coordination.

TCNR can help create a temporary communication network for large facilities, outdoor yards, warehouses, and emergency zones.

It supports teams that need:

• Fast local communication
• Voice and data exchange
• Mobile node access
• Coverage across buildings and open areas
• Communication without fixed infrastructure

A backup network should not be complicated when the situation is already urgent.

How does your site communicate during power or network interruptions?

Message us to discuss industrial emergency communication.

31/08/2026

Underground work cannot rely on clean line-of-sight communication.

Mines, service corridors, and underground work zones create bends, rock walls, heavy equipment, and signal shadows.

TCNR helps build relay-based communication where direct links are difficult.

It can support:

• Worker voice communication
• Location and status updates
• Emergency coordination
• Temporary underground task networks

In underground operations, one blind zone can become a serious risk.

Where does your underground team lose signal most often?

Send us the layout and key distance points for a relay discussion.

28/08/2026

Port and coastal operations need communication that can adapt quickly.

Ships move.
Teams work across docks, warehouses, and shoreline areas.
Temporary tasks may happen far from fixed coverage.

TCNR can support infrastructure-free communication for maritime and coastal coordination.

Use it for:

• Port emergency response
• Coastal patrol
• Temporary work zones
• Ship-to-shore coordination
• Mobile relay deployment

In maritime scenarios, the link is only valuable when it stays usable under real movement and installation limits.

What coastal communication challenge are you facing?

Message us for a maritime deployment discussion.

26/08/2026

Remote patrol areas rarely come with perfect network coverage.

Mountains, deserts, forests, and border zones often require communication without towers or public networks.

TCNR helps patrol teams create their own communication link using available handheld, vehicle, UAV, or sensor nodes.

The network can follow the mission instead of waiting for infrastructure.

For remote operations, communication range is important.
But independence from infrastructure may be even more important.

Where is your hardest remote communication area?

Message us with your patrol distance and terrain.

24/08/2026

A convoy does not move like a fixed network.

Vehicles spread out.
Terrain blocks line of sight.
Teams enter and leave the communication range.

TCNR supports moving nodes and dynamic relay, helping vehicle teams maintain communication without rebuilding the network every time the formation changes.

For mobile operations, stability is not just about signal strength.

It is about how the network reacts while everything is moving.

Could your current system keep a convoy connected across difficult terrain?

Tell us your vehicle distance and terrain type for an initial discussion.

21/08/2026

When the infrastructure is down, communication must still work.

TCNR is built for emergency command scenarios where base stations, cables, and public networks may be unavailable.

It helps teams quickly build a temporary communication network for voice, data, location, and coordination.

No fixed tower.
No long setup.
No central dependency.

For disaster response, the first question is not “Where is the network?”
It is “How fast can we create one?”

What backup communication method does your team rely on?

Message us to discuss an emergency deployment scenario.

19/08/2026

Low transmit power does not automatically mean
short operational range.

In the cited TCNR field test:

• Terminal type: handheld voice device
• Transmit power: 2W
• Line-of-sight distance: 194.5 km
• Result: stable voice communication

The value of this result is not the distance alone.

It demonstrates the combined effect of:

• High receiver sensitivity
• Efficient waveform processing
• Appropriate antenna and elevation conditions
• System-level link-budget optimization

Engineering teams should always review
the complete test environment
before comparing communication products.

We can provide the available test context
for technical evaluation.

Request the 194.5 km voice-test briefing.

17/08/2026

A long-range data link must be evaluated
on more than distance.

According to the TCNR test materials,
a 20W field terminal achieved:

• 203.5 km line-of-sight transmission
• 740 kbps data rate
• Zero packet loss in the reported test

This combination is significant
because throughput, range,
and delivery integrity normally compete
for the same link budget.

For project evaluation,
the next questions should include:

• Antenna height and gain
• Terrain profile
• Spectrum conditions
• Traffic type
• Required availability margin

We support technical discussions
based on deployment conditions,
not headline specifications alone.

Connect with us to review the long-range data test and your target link.

14/08/2026

Link margin is a more useful engineering indicator
than simple connection distance.

In the cited Xiamen cross-sea test,
the TCNR system achieved:

• 32 km communication distance
• 1.5 m antenna height
• More than 20 dB of signal margin

This is relevant for maritime,
coastal, port, and island operations,
where antenna placement can be constrained
and propagation conditions change continuously.

A healthy signal margin provides
additional tolerance for movement,
interference, weather, and installation variation.

For project planning,
we recommend evaluating margin,
not only nominal coverage distance.

Request the maritime-link test summary or discuss a coastal deployment.

Address

No. 2 Zuwang Road, Heping District
Shenyang
110000

Website

http://AirTalkie.com/

Alerts

Be the first to know and let us send you an email when Jinpu Technology · Decentralized Mesh Radio Solution posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.