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A SIM that just works out of the box.

LinQ1Zero ships ready to use. Plug it in, power on, and the device finds the best mobile network on its own — and switches when signal drops. No setup screens, no carrier paperwork, no site visit.

No setup neededWorks on first
power-on
When signal dropsSwitches carriers
on its own
No truck rollsUpdates over
the air

01The difference

Regular SIMs are designed for phones. Devices need something different.

Most cellular SIMs assume there's a person holding a phone — to scan a QR code, tap "switch carrier," or join Wi-Fi to activate. Terminals, kiosks, and sensors don't have any of that. LinQ1Zero is built around that fact.

A regular SIM

Built for a phone with a person attached.

Needs a person to scan a QR code or tap "activate" on the device.
Often needs Wi-Fi to set up before cellular will work.
One carrier per SIM. If their signal drops, you're offline.
Switching to a different carrier means swapping plastic — or another visit on site.
LinQ1Zero

Built for a device that nobody touches.

Activates itself on first power-on. No screen, no person needed.
Uses the cellular signal it just brought up. No Wi-Fi required, ever.
Holds multiple carriers — and picks whichever has the strongest signal right now.
Adding or swapping carriers happens over the air, from your dashboard.

02How it works

Three steps, no IT ticket.

From shipping crate to live transactions in the time it takes to power the device on. Here's what's happening behind the scenes — written in plain English.

Step 1

The SIM ships ready to use.

Carrier profiles, network settings, and security keys are loaded at the factory before the SIM ever reaches you. Nothing to set up on your side.

Network settingsPre-loaded
Carriers loaded1 main + 2 backup
Security keys✓ signed at factory
Step 2

The device turns on. The SIM connects.

The SIM scans for available cellular signals, picks the strongest one, and goes online. No QR code. No carrier app. No one walks up to it.

Power on Scan signals Online
Step 3

It keeps watching. And switches if needed.

If signal weakens or a carrier has an outage, the SIM moves to the next best one — fast enough that a payment in progress doesn't notice.

Carrier AACTIVE
Carrier BSTANDBY
Carrier CSTANDBY

03Fits any device

Same smart SIM, six physical sizes.

From the standard "Mini-SIM" you can drop into an older terminal, all the way down to a chip built directly into the modem of a new device. Same software, same behavior — pick whichever fits the hardware.

2FF
25 × 15 mm · Mini-SIM
Older terminals
3FF
15 × 12 mm · Micro-SIM
Mid-gen devices
4FF
12.3 × 8.8 mm · Nano-SIM
Portable POS
MFF2
6 × 5 mm · Soldered
New hardware
MFF4
2.5 × 2.7 mm · Tiny
Small sensors
iSIM
~ 1 mm² · In the modem
New builds
Bigger · easier to retrofit Smaller · for new hardware →

04Works on any mobile network

From rural 2G to downtown 5G — one SIM covers all of it.

Your devices won't always be where coverage is best. LinQ1Zero connects to whatever generation of cellular is available — and falls back to older, slower networks rather than going dark.

2G

Older networks

Backup signal in remote and rural areas where newer networks haven't reached yet.

3G

Mid-generation

Still active across many regions — a useful step between 2G and 4G when needed.

4G

The everyday default

What most devices use day-to-day. Reliable, widely available, low power.

5G

Latest deployments

For new devices in cities and high-density areas where 5G is live.

"One LinQ1Zero SIM can connect to a backup network in a rural truck stop, a 5G tower in a city centre, and a partner network across a border — without anyone re-issuing the SIM or touching the device.

4Generations of network
3Built-in network logins
Globalpartner reach

05What is a "smart SIM"?

The plain-English version, in three points.

You'll see "eSIM," "eUICC," and "SGP.32" thrown around. Here's what they actually mean — and why LinQ1Zero uses the newer standard built specifically for devices like yours.

"

A smart SIM is one we can update and reconfigure remotely, after it's deployed — without anyone visiting the device.

01

The settings can change later

A regular SIM is locked to one carrier the moment it's made. A smart SIM can have its carrier swapped, added to, or updated long after it's installed — over the air.

Signed
update
02

Built for devices, not phones

The older eSIM standard (the one in your phone) assumes there's a screen and a person. The newer SGP.32 standard was built for devices that have neither — like a terminal in a back room.

03

Managed from one place

From the LinQView dashboard, you can update thousands of devices at once — change carriers, push security updates, or move a region's traffic to a different network in a few clicks.

06OTA migration · legacy to modern

Your legacy terminals can join the eSIM era. Without being replaced.

Most eSIM migration conversations assume you'll rip and replace your fleet. We don't. SGP.32 eUICC capability is pushed to existing terminal hardware over the air — no physical SIM swap, no truck rolls, no hardware refresh.

Zero Hardware replacements required Avg. fleet migration · 6–10 weeks · 12k+ terminals
1Assess

Fleet audit

We scan your existing terminal inventory and confirm SGP.32 eligibility per manufacturer and firmware version.

eligible · 96.4%
2Configure

Profile staged

Carrier profiles, private APN, and IP whitelist are staged in LinQView for your fleet before any device is touched.

profile_v3.2 · ready
3Migrate

OTA push

eUICC capability and the new carrier profile are pushed over the air. Migration completes in < 4 minutes per terminal.

avg · 03:47
4Verify

ScanLinQ

Field tech scans the terminal QR with ScanLinQ; the device context auto-populates and confirms migration end-to-end.

scan → ticket → closed
Compatible device families
Tested & proven in production
Verifone V200c / P400 Ingenico DX8000 PAX A920 / A77 Castles Saturn Newland N910 Sunmi P2 Lite Equinox Luxe Miura M020

07Built on trusted, audited hardware

Two facts your security team will want to know.

LinQ1Zero is built on a hardware platform from Kigen, an established secure-chip maker, and follows the GSMA's official standard for device SIMs.

K
Hardware partner
Kigen — secure SIM platform

A tamper-resistant chip, audited to one of the highest security ratings in the industry.

The chip's operating system and security keys are built and signed by Kigen. We layer NuvoLinQ's carrier profiles and management on top. Every SIM ships with its own unique digital ID certificate.

Kigen eSIM OS Per-device key isolation Signed firmware only Unique ID certificate
G
GSMA SGP.32
The smart-SIM standard for devices

SGP.32 is the GSMA's specification for SIMs in devices and IoT hardware — published in 2023 and updated in 2024. LinQ1Zero is certified against it.

Remote SIM provisioningPassed
Backwards compatiblePassed
Fleet-wide profile managementPassed
Secure over-the-air updatesPassed

08Pairs with LinQView

The SIM is half. The dashboard is the other.

Every LinQ1Zero you order is born paired to your LinQView dashboard. That's where your team sees every device, every carrier switch, and every update — in real time.

In the device LinQ1Zero The smart SIM inside the device. Holds the carrier profiles, the security keys, and the device's identity — and switches networks automatically when needed.
Carrier profiles stored on the SIM Automatic carrier switching Unique ID per device
In your dashboard LinQView The dashboard your team uses to set up, monitor, and audit every SIM in the fleet. See live status, push updates, and export logs for compliance.
Live fleet map and status Push updates to thousands at once Audit-ready logs & reports

09Two ways to start

See LinQ1Zero in your hand. Or in your fleet.

Order a free sample SIM and a trial profile to try it in your own device. Or skip the sample and let our team take a look at your existing fleet and put together a plan.

Sample SIM kit
2FF + 4FF + MFF2 · 30-day trial profile
Deployment assessment
Fleet review & plan, in a few business days
Talk to an engineer
30-min call on form factor & integration