HID · 94650

HID 94650 HDP6600 Single-Sided Printer w/Flattenr

Single-sided CR-80 card printer with integrated flattener for warp-free output

• Integrated flattener ensures warp-free CR-80 cards that pass mag-stripe and chip readers reliably.
• 600 dpi HDP dye-sublimation delivers micro-print and barcode clarity for tamper-evident credentials.
• 230 cards/hour throughput with USB 2.0 and 100 Mbps Ethernet supports networked high-volume issuance.

HID · 94651

HID 94651 HDP6600 dual-side card printer

Dual-side CR-80 card printer with integrated contactless encoder

• Prints and encodes contactless credentials in one pass at 230 cards/hour.
• 600 dpi HDP dye-sublimation output ensures sharp, durable dual-side card images.
• USB 2.0 and 100 Mbps Ethernet ports simplify integration into existing networks.

HID · 94652

HID 94652 HDP6600 dual-side card printer

Dual-side card printer with integrated encoding for high-volume credential issuance

• Prints both card sides in one pass at 600 dpi, yielding up to 126 cards per hour.
• On-board encoder supports ISO 14443 contactless, magnetic stripe, and barcode in-line.
• USB 2.0 and 100 Mbps Ethernet interfaces simplify integration into existing network infrastructure.

HID · 94653

HID 94653 HDP6600 dual-side card printer

Dual-sided ID printer with magnetic stripe encoding and built-in flattener

• Prints both card sides in one pass at 230 cards/hr, cutting batch issuance time significantly.
• 600 dpi HDP dye-sublimation output ensures sharp graphics and reliable magnetic stripe encoding.
• USB 2.0 and 100 Mbps Ethernet interfaces support flexible integration into existing network infrastructure.

HID · 94654

HID 94654 HDP6600 dual-side card printer

Dual-side smart card printer with contact chip encoder for high-volume ID issuance

• Prints both card sides simultaneously at 230 cards/hr, cutting issuance time per batch.
• Integrated ISO/IEC 7816 contact chip encoder eliminates a separate encoding station.
• 600 dpi HDP dye-sublimation output over USB 2.0 or 100 Mbps Ethernet for flexible deployment.

HID · 94655

HID 94655 HDP6600 dual-side card printer

Dual-side simultaneous printing with contactless and magnetic stripe encoding

• Prints 230 cards/hour dual-side, cutting credential issuance time for high-volume badge runs.
• 600 dpi HDP dye-sublimation delivers sharp, durable print quality on CR80 card stock.
• USB 2.0 and 100 Mbps Ethernet ports support flexible integration into existing network workflows.

HID · 94656

HID 94656 HDP6600 dual-side card printer

Dual-side simultaneous printing with integrated contactless and contact chip encoding

• Prints both card sides simultaneously at 230 cards/hour, cutting issuance cycle time.
• 600 dpi HDP dye-sublimation output delivers sharp, durable credentials on PVC or polyester.
• Integrated contactless and contact chip encoders eliminate external hardware in one unit.

HID · 94657

HID 94657 HDP6600 dual-side card printer

Dual-side card printer with chip and magnetic stripe encoding

• Prints both card sides in one pass at 230 cards/hour, cutting production cycle time.
• 600 dpi HDP dye-sublimation output meets ISO/IEC 7810 ID-1 for government and enterprise use.
• Integrated chip and mag stripe encoding (Tracks 1–3) eliminates separate encoding stations.

HID · 94658

HID 94658 HDP6600 dual-side card printer

Dual-side card printer with integrated multi-tech encoder for credential issuance

• Prints both card sides in one pass at 230 cards/hour, cutting batch issuance time.
• 600 dpi HDP dye-sublimation output ensures sharp, durable credential imaging.
• Onboard contactless, contact chip, and mag-stripe encoders eliminate separate peripherals.

HID · A910551

HID A910551 HDP5000 USB Assembly Board

USB assembly board for HDP5000 card printer communication

• Dual USB and Ethernet interfaces support single-workstation or networked card issuance.
• Drop-in PCB replacement eliminates firmware mismatches specific to HDP5000 systems.
• Wired-only design removes RF interference risk in secure, cable-run environments.

HID · A920221-17

HID A920221-17 HDP5000 Dual Laminator Main Board

H5K L2 main board for multi-door access control with iCLASS and mobile

• Prints at 300 dpi via HDP dye-sublimation for sharp, consistent card output.
• USB 2.0 and Ethernet with internal print server simplify network integration.
• UL, CE, FCC, and nine additional certifications support global deployment.

HID · 2122BG1MNN

HID Composite /prox 16K/16 Prog F-gloss - 2122BG1MNN

When you're deploying access control systems that demand both physical durability and flexible credential programming, composite prox cards bridge

• Dual-frequency 125 kHz + 13.56 MHz supports both legacy Prox and iCLASS readers.
• 16 KB iCLASS memory with 16 application areas enables multi-use credential deployments.
• Composite construction rated -40 to 158 °F withstands extreme-temperature environments.

HID · 1536LGGMN

HID Composite Duoprox II Prog F-gloss B-g - 1536LGGMN

Access control deployments demand credential media that balances security, durability, and professional appearance across mixed-technology

• Composite polyester/PVC laminate extends card lifetime in high-frequency daily badge use.
• 26-bit H10301 standard format ensures compatibility across existing HID proximity readers.
• Direct dye-sublimation print surface supports on-site photo ID badging without overlaminates.

HID · 2100HPG1MN

HID Composite Iclass 2K/2 - 2100HPG1MN

When you need dual-technology credentials that work across legacy proximity and iClass SE readers without forcing a complete system replacement

• Operates on both 13.56 MHz iCLASS and 125 kHz proximity, bridging mixed reader environments.
• 2 KB memory with two application areas supports flexible, multi-use credential data structures.
• Rated -40 to 158°F and dye-sublimation printable, ready for standard badge holder deployment.

HID · 2100PG1AN

HID Composite Iclass 2K/2 Prog - 2100PG1AN

When you need durable, high-frequency credentials that can withstand daily use in industrial or high-traffic commercial environments, composite

• Composite polyester/PVC laminate resists thermal stress and wear in harsh industrial sites.
• 13.56 MHz iCLASS technology delivers reliable read range across existing HID reader infrastructure.
• 2 KB memory with two application areas supports combined logical and physical access on one card.

HID · 2100PG1CN

HID Composite Iclass 2K/2 Prog - 2100PG1CN

When you're specifying credentials for mid-security access deployments where durability matters but full polycarbonate pricing doesn't fit the

• 13.56 MHz iCLASS protocol ensures reliable read range across HID-compatible readers.
• 2K/2 programmable memory supports custom encoding and multi-application credential schemes.
• Composite CR80 body rated -40 to 158°F; accepts dye-sublimation direct printing.

HID · 2100PG1MV

HID Composite Iclass 2K/2 Prog - 2100PG1MV

When you're managing facilities with mixed legacy proximity and newer iClass systems, dual-technology credentials eliminate the headache of swapping

• Dual 125 kHz prox and 13.56 MHz iClass SE in one card supports phased reader migration.
• 2 KB memory with 2 application areas holds access control data plus additional use cases.
• Composite polyester/PVC build rated –40 to 158 °F suits harsh deployment environments.

HID · 2100PG1NB

HID Composite Iclass 2K/2 Prog - 2100PG1NB

When you're deploying access control across facilities with mixed environmental demands—exterior doors, loading docks, or high-traffic entrances

• Polyester/PVC/polyester composite survives -40°F to 158°F without cracking or fading.
• 2KB memory with two programmable areas supports access control plus secondary apps on one card.
• 13.56 MHz iCLASS technology integrates with existing iClass SE and standard iClass readers.

HID · 2100PG1RN

HID Composite Iclass 2K/2 Prog - 2100PG1RN

• Dual-technology card reads on both 13.56 MHz iClass and 125 kHz Prox readers.
• 2 KB memory with 2 application areas supports segmented data for multiple use cases.
• Composite PVC/PET construction operates across -40 to 158°F for harsh environments.

HID · 2100PG1SN

HID Composite Iclass 2K/2 Prog - 2100PG1SN

When your access control deployment spans legacy Prox and newer iClass readers, carrying separate credentials becomes a workflow bottleneck

• Authenticates at both 125 kHz Prox and 13.56 MHz iClass SE readers from one card.
• 2 KB memory with two application areas supports segmented access policies per deployment.
• Composite PVC/polyester build with dye-sublimation print surface suits photo-badge workflows.

HID · 2100PG1SV

HID Composite Iclass 2K/2 Prog - 2100PG1SV

When you're deploying iClass access control in environments where durability matters but budget constraints exist, composite credentials offer the

• 13.56 MHz iCLASS 2K/2 memory supports site-specific encoding for access and logical security.
• Composite polyester/PVC laminate resists cracking and flexing beyond standard PVC card limits.
• Rated -40 to 158°F operational range suits outdoor badge use and temperature-variable deployments.

HID · 2100PGGAN

HID Composite Iclass 2K/2 Prog - 2100PGGAN

When you're deploying access control in environments where durability matters but PVC longevity isn't required, composite credentials deliver the

• 13.56 MHz iCLASS technology delivers encrypted transactions across standard HID readers.
• 2 KB memory with 2 application areas supports multi-technology credential deployments.
• Composite polyester/PVC laminate withstands -40°F to 158°F and resists flex fatigue.

HID · 2100PGGAV

HID Composite Iclass 2K/2 Prog - 2100PGGAV

When you need durable, reliable credentials for high-throughput environments where PVC cards won't survive the wear, composite construction delivers

• Composite PVC/PET construction survives -40°F to 158°F without cracking or warping.
• 13.56 MHz iCLASS contactless technology ensures fast, secure reads on HID-compatible readers.
• 2KB memory with two application areas supports access control plus a secondary use case.

HID · 2100PGGMV

HID Composite Iclass 2K/2 Prog F-gloss F - 2100PGGMV

When you're deploying or maintaining an iClass SE or multiCLASS SE access control system, credential consistency and durability determine how often

• iCLASS card with 2K-bit memory and two application areas
• Composite PVC construction for standard indoor use
• Glossy front for print personalization and badge artwork

HID · 3050VGGNN

HID Composite Iclass 2K/2 SE ER Prog - 3050VGGNN

• Composite polyester/PVC laminate resists cracking and delamination in harsh environments.
• Extended read (ER) antenna supports hands-free vehicular access at gates and parking structures.
• SIO-encoded iClass SE platform with 2 KB memory enables dual-application deployment on one card.

HID · 3050VGGNV

HID Composite Iclass 2K/2 SE ER Prog - 3050VGGNV

When you're deploying access control across facilities with demanding physical environments or users who handle credentials roughly, standard PVC

• Composite polyester/PVC laminate resists cracking and delamination in high-use environments.
• 13.56 MHz iClass SE with SIO encoding supports diversified keys and mutual authentication.
• 2 KB memory with 2 application areas enables converged access and identity on one credential.

HID · 2100PGGMN

HID Composite Iclass Card 2K/2PROGLOSS NO - 2100PGGMN

When you need to migrate from legacy 125 kHz proximity to secure 13.56 MHz iClass without replacing every reader overnight, dual-technology cards

• Runs iCLASS SE at 13.56 MHz and HID Prox at 125 kHz from one card, no reader swap required.
• 2 KB onboard memory supports multiple application segments on a single iCLASS chip.
• Composite polyester/PVC construction survives -40 to 158 °F and accepts dye-sub direct printing.

HID · 2120BGGNVM

HID Composite Iclass Prox 2K/2

Composite card with both iClass (13.56 MHz, 2K/2 memory) and 125 kHz Prox technology embedded in a single ISO ID-1 form factor

• Dual 125 kHz Prox and 13.56 MHz iClass in one ISO ID-1 card eliminates two-credential carry.
• iClass 2K/2 memory supports application data while Prox side keeps legacy readers functional.
• Glossy face accepts direct badge printing, simplifying issuance during phased reader migrations.

HID · 2120BGGMVR

HID Composite Iclass Prox 2K/2 - 2120BGGMVR

When your access control deployment spans legacy 125 kHz prox readers and newer 13.56 MHz iClass systems, managing two separate credential formats

• Dual 125 kHz Prox + 13.56 MHz iClass in one card eliminates per-user multi-credential overhead.
• 2 KB iClass memory with two application areas supports SIO encoding for encrypted identity data.
• Composite CR80 card is dye-sublimation printable and rated –40 to 158 °F for harsh environments.

HID · 2120BGGNNN

HID Composite Iclass Prox 2K/2 - 2120BGGNNN

When you need a cost-effective credential that bridges legacy 125 kHz prox systems with newer iClass infrastructure, this composite card delivers

• Dual 125 kHz / 13.56 MHz operation lets one card serve legacy Wiegand and iCLASS readers.
• 26-bit H10301 format ensures drop-in compatibility with existing Wiegand access control panels.
• Composite substrate withstands -40 to 158 °F, resisting cracks in high-wear daily-carry use.

HID · 2120BGGNVN

HID Composite Iclass Prox 2K/2 - 2120BGGNVN

When your access control deployment spans multiple legacy Prox readers and newer iClass infrastructure, maintaining separate credential inventories

• Dual 125 kHz Prox and 13.56 MHz iCLASS in one card eliminates per-user dual-credential overhead.
• 2 KB iCLASS memory with two application areas supports credential data plus auxiliary functions.
• Composite CR80 construction rated –40 to 158 °F fits standard badge printers and existing holders.

HID · 2120BGGRVR

HID Composite Iclass Prox 2K/2 - 2120BGGRVR

When you're deploying dual-technology access control across facilities with mixed reader infrastructure, credential compatibility isn't optional

• Dual 125 kHz Prox and 13.56 MHz iCLASS in one card eliminates multi-credential carry during migration.
• 2 KB iCLASS memory with two application areas supports segmented physical access and logical data storage.
• Composite PVC construction rated -40 to 158°F suits indoor/outdoor deployments with direct-print badging support.

HID · 2120BGGSNN

HID Composite Iclass Prox 2K/2 - 2120BGGSNN

When you're deploying mixed technology environments or migrating legacy Prox systems to iClass, you need credentials that bridge both platforms

• Dual 125 kHz + 13.56 MHz operation lets one card serve both legacy Prox and iCLASS readers.
• 2 KB iCLASS memory with 2 application areas supports segmented access control data on a single credential.
• Rated –40 to 158 °F and composite-built for daily badge wear in demanding enterprise environments.

HID · 2120BGGMNM

HID Composite Iclass Prox 2K/2 Programmed - 2120BGGMNM

When you're deploying a dual-technology access control system that needs to support legacy proximity readers while transitioning to secure iClass

• Dual 125 kHz + 13.56 MHz operation lets one card serve both legacy Prox and iClass readers.
• Factory-programmed 26-bit H10301 format deploys immediately with no on-site encoding required.
• Composite construction rated -40 to 158 °F ensures reliable daily use in harsh environments.

HID · 2103HPGGSN

HID Composite Iclass SR 32K (16K/2 + 16K/1) Prog - 2103HPGGSN

When you need to migrate from legacy proximity to iClass without forcing a facility-wide controller swap or issuing entirely new cards, composite

• Dual-frequency design (13.56 MHz iCLASS + 125 kHz prox) enables phased reader migration.
• 32K memory split across three app areas supports access control, vending, and print management.
• Composite PVC/PET construction with dye-sublimation print capability suits badged deployments.

HID · 2122CGGNNN

HID Composite Iclass/prox 16K/16 - 2122CGGNNN

When your access control deployment spans both legacy proximity and newer iClass infrastructure, credential management becomes a migration headache

• Operates on both 125 kHz and 13.56 MHz, bridging legacy prox and iCLASS readers.
• 16K/16 iCLASS memory supports up to 16 application areas on a single credential.
• CR80 composite card accepts dye-sublimation printing for direct photo ID integration.