Blank Programmable Cards

paxton net2 compatible fob

125 kHz LF B-tier format No compatible sold online elsewhere

A factory-fresh, rewritable Paxton Net2 / Switch2 token (Hitag2) — the programmable blank our compatible 125 kHz proximity credentials are encoded onto, supplied loose or pre-encoded in bulk. One of the specialist formats few suppliers offer — order single spares or bulk quantities at a fraction of OEM list pricing.

How the compatible Paxton Net2 / Switch2 token (Hitag2) works

The Paxton Net2 / Switch2 token (Hitag2) is a 125 kHz low-frequency proximity credential — the band most legacy prox readers use. Its data structure is Paxton-proprietary Hitag2 with password authentication (token<->reader password exchange); readers separately license-activatable for HID Prox + EM4100. When you present a credential, the reader decodes that exact structure and passes it to your access-control panel as a card number it recognises.

As a programmable blank, the Paxton Net2 / Switch2 token (Hitag2) is the raw material the rest of the catalogue is built on. We supply it factory-fresh and rewritable on the Genuine NXP HITAG 2 / T5577 platform, so you — or we — can encode it to emulate the proximity format your readers expect. It is the backbone of every 125 kHz compatible credential we ship.

The Paxton Access format sits among the specialist proximity credentials most card vendors never tooled up to produce — which is why the only other source is usually the original manufacturer, at a steep premium. Supporting these hard-to-find formats is exactly what Security ID Systems specialises in. Tell us the format printed on your card, or send a sample for us to read, and we confirm compatibility before you order.

Also known as

Paxton · Net2 · Switch2 · Paxton fob · Paxton token · 695-644 · Paxton HT2 · Net2 proximity keyfob

Paxton Access and all other brand and product names are trademarks of their respective owners. Security ID Systems is an independent manufacturer and supplier of compatible access-control credentials and is not affiliated with, authorized by, sponsored by, or endorsed by these companies. Brand and format names are used only to identify the systems our products are compatible with. MIFARE and DESFire are registered trademarks of NXP B.V.

Paxton Net2 / Switch2 token (Hitag2) — common questions

Is this a genuine Paxton Access card or a compatible one?

It is an independently manufactured compatible credential — engineered to the same specification as the Paxton Net2 / Switch2 token (Hitag2) so it reads identically on your existing readers, but it is not an Paxton Access-branded product. Security ID Systems is independent and not affiliated with Paxton Access; your access-control panel accepts the credential exactly the same way.

What chip is the compatible Paxton Net2 / Switch2 token (Hitag2) encoded on?

It is encoded on a Genuine NXP HITAG 2 / T5577 programmable chip. That platform reproduces the original 125 kHz LF data structure precisely, so the credential presents the same information your readers already accept.

What frequency and format is the Paxton Net2 / Switch2 token (Hitag2)?

It operates on 125 kHz LF, using paxton-proprietary hitag2 with password authentication (token<->reader password exchange); readers separately license-activatable for hid prox + em4100. Matching that exact frequency and data structure is what makes a compatible credential work — a card on the wrong band or bit length simply will not read.

Why can't I find this compatible card anywhere else?

The Paxton Access format is one of the specialist, proprietary credentials most card vendors never tooled up to produce, leaving the original manufacturer as the only source. Security ID Systems specialises in exactly these hard-to-find formats, which is why we can supply a compatible credential when no one else lists one.

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Order a compatible Paxton Net2 / Switch2 token (Hitag2)

Send the part number or a photo of your card and reader. We verify the encoding before production and ship worldwide — including the rare formats no one else lists.