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The NXT-2/4D Controller is built for today’s IT environments. By using an existing TCP/IP network, controller cabling costs can be eliminated. Or, if building a new network, they can be reduced up to 50% over traditional hard-wired access systems by using inexpensive, shielded CAT-5 cable. The NXT-2/4D is designed to be extremely intelligent with little reliance on network traffic for decision-making, allowing it to be thrifty with any network’s valuable bandwidth. With Ethernet functionality built directly into the controller. Keri’s proprietary MAC addressing scheme allows for reliable hardware discovery and true one-button auto-configuration.

The NXT-4D Controller is built for today’s IT environments. By using an existing TCP/IP network, controller cabling costs can be eliminated. Or, if building a new network, they can be reduced up to 50% over traditional hard-wired access systems by using inexpensive, shielded CAT-5 cable. The NXT-4D is designed to be extremely intelligent with little reliance on network traffic for decision making, allowing it to be thrifty with any network’s valuable bandwidth. With Ethernet functionality built directly into the controller. Keri’s proprietary MAC addressing scheme allows for reliable hardware discovery and true one-button auto configuration.

Keri’s NXT-6RK is the newest member of the NXT Series Proximity Reader family. The NXT-6RK may be mounted directly to standard US, single-gang, wall boxes, and is ideal for applications requiring an access credential and/or personal identification number (PIN), such as high security dual verification. It connects to an NXT Controller via the NXT-RM-3 Reader Interface Module to allow the Wiegand format keypad data to be read by the controller while at the same time reading standard NXT formatted cards.
The single-piece NXT-6RK delivers non-contact read ranges up to 6 inches (152 mm), and is powered by the controller. Physical size is a compact 4.6 × 3 × 0.70 inches (117 × 77 × 18 mm). Mounting is simplified with horizontal and vertical mounting slots instead of holes which allows the reader to be conveniently adjusted and leveled. To allow both indoor and outdoor operation the electronics are sealed in tamper resistant epoxy potting. Concealing the mounting hardware, the NXT-6RK ships w

The MT-10X Multi Technology Proximity Card allows the user to combine several identification technologies in a single credit card thin credential. One of the most popular features of the Multi Technology Cards is that they can accept a direct print video image, typically a photograph, a bar code, and other graphics from most industry standard dye sublimation printers, to create a custom access credential. Keri Proximity Credentials (including Cards, Tags, and Patches) can be used interchangeably on the same system without worry about ID code duplication or format matching.

Keri’s NXT-C Standard Light Proximity Card provides maximum read range performance in a package considerably thinner than other “clamshell” proximity cards. It can be easily carried in a wallet or purse or worn on the clothing with a clip or lanyard. These Key cards are extremely durable and convenient. They are manufactured with a vertical hanging slot punch, and they come with a lifetime warranty. Uses 96 bit encryption between the Key card and the reader.
Please note, NXT-C credentials are not compatible with the Doors/PXL family of products.

Each card contains its own, unique ID code and is protected with 128-Encryption for maximum security in access control environments. The NXT-I supports photo ID printing and is about the size of a credit card, which fits easily into a wallet or purse.

Mounts on and connects directly to NXT and MSC Controllers. Also mounts on and connects to NXT4X4 and GIOX Input/Output Expansion Modules for applications where controllers are centrally located and access control functions are moved closer to the door.
Keri’s NXT-WI Wiegand Interface Module is designed to make it easy to connect reader technologies with industry standard Wiegand output to NXT Controllers. The NXT-WI securely plugs directly onto an NXT Controller or an NXT-4X4 or GIOX I/O Expansion Module with excellent mechanical and electrical integrity. The option to bring the reader terminations to the I/O modules provides substantial savings in wiring costs because door functions can be located closer to the reader/door, with only 4 wires required to be cabled to centrally located controllers.

The NXT-2D Controller is built for today’s IT environments. By using an existing TCP/IP network, controller cabling costs can be eliminated. Or, if building a new network, they can be reduced up to 50% over traditional hard-wired access systems by using inexpensive, CAT-5 cable. The NXT-2D is designed to be extremely intelligent with little reliance on network traffic for decision making, allowing it to be thrifty with any network’s valuable bandwidth. With Ethernet functionality built directly into the controller, Keri’s proprietary MAC addressing scheme allows for reliable hardware discovery and true one-button auto-configuration.
To expand the system’s flexibility, up to two companion 4X4 Input/Output boards (NXT-4X4) can be added – one
to each of the controller’s RS-485 trunks (buses). Customers can choose between Keri’s line of highly secure, 4-wire NXT Series Proximity Readers with reader supervision that also provide In/Out reading capability (4 Readers), or any reader with a st

Pyramid Series Proximity from Farpointe Data sets the electronic security benchmark for 125-kHz proximity readers, cards, and tags. Based upon proven contactless digital radio frequency identification (RFID) technology, Pyramid readers interface with a wide range of electronic access control systems by complying with the Wiegand communication protocol. They offer value-add features such as MAXSecure and fleaPower, and can be ordered to support several proximity card and tag technologies. Additionally, Pyramid cards and tags are passive devices, eliminate maintenance by requiring no battery, and can be ordered to support several proximity reader technologies.