Perusahaan ANZ

Kartu Inner Range SIFER & Integriti / Concept Dijelaskan

Security ID Systems ·

The Inner Range SIFER card is a 128-bit AES-secured 13.56 MHz smart credential (ISO/IEC 14443-A) built on the matching smart-card silicon, used across Inner Range's Integriti and Concept enterprise platforms throughout Australia and New Zealand. Alongside it, the same ecosystem runs a configurable 56-bit low-frequency Wiegand format — 24-bit site code plus 32-bit card number — and a family of generic proximity formats. Understanding which tier a given installation uses determines which compatible credential path is available to facilities managers, security integrators, and tenants needing replacement cards.

Inner Range: Platform Integriti dan Concept

Inner Range adalah produsen kontrol akses Australia yang lini produk Integriti dan Concept-nya banyak digunakan di gedung komersial, pemerintah, dan institusi di seluruh wilayah ANZ dan sekitarnya. Kedua platform mendukung arsitektur media akses berlapis, yang berarti satu situs dapat secara bersamaan menggunakan kartu pintar frekuensi tinggi di titik masuk utama dan kartu proximity standar di pintu sekunder atau lama — semuanya dikelola melalui pengontrol yang sama.

That layered approach is a practical reality for facilities teams: a corporate headquarters fitted out with Integriti controllers may have SIFER secure smart cards at the front of house while older Concept-era prox readers remain on car parks or back-of-house zones. Credential procurement therefore needs to address both tiers, and they are not interchangeable. The Inner Range ekosistem adalah contoh bagus mengapa pendekatan 'pesan saja lebih banyak kartu' secara menyeluruh tidak berhasil tanpa terlebih dahulu mengidentifikasi teknologi pembaca di setiap pintu.

Karena Inner Range menempati segmen proprietary perusahaan pasar, formatnya tidak kompatibel silang dengan pembaca dari produsen lain. Kartu yang dipesan untuk sistem berbasis HID tidak akan menyajikan media akses dalam struktur Wiegand yang diharapkan oleh pengontrol Inner Range, meskipun kedua kartu secara dangkal terlihat seperti kartu proximity 125 kHz.

SIFER Secure Smart Card (AES) vs the 56-Bit LF Format

SIFER is Inner Range's high-security credential layer. Each card is a AES-secured 13.56 MHz smart card (ISO/IEC 14443-A), running 128-bit AES mutual authentication. The system relies on site-specific cryptographic keys held by the Integriti controller; a credential only becomes valid for a given site once it has been enrolled and the controller has written the appropriate application and keys to the card's secure memory. For a detailed look at the underlying chip technology, the 13.56 MHz Smart Card Family Explained guide covers the secure sector structure and AES key management in full.

The SIFER 56-bit low-frequency format is a separate, simpler tier on the same platform. It uses a 24-bit site code and 32-bit card number, transmitted as a Wiegand data stream with no parity bits. This is a 125 kHz low-frequency format, distinct from the 13.56 MHz smart-card layer, and the two operate on entirely different read frequencies. Readers fitted with SIFER LF capability decode that 56-bit stream directly; they do not read the 13.56 MHz smart cards, and vice versa, unless the hardware is a dual-frequency reader.

The distinction matters enormously for replacement orders. A site running the SIFER secure smart card at the card reader needs a compatible SIFER smart-card blank yang didaftarkan oleh sistemnya sendiri, sementara situs yang menjalankan format LF 56-bit membutuhkan kartu LF 56-bit yang kompatibel yang diprogram dengan kode situs dan nomor kartu yang benar. Memesan tingkatan yang salah akan menghasilkan kartu yang tidak dapat mengautentikasi di pembaca mana pun di situs tersebut.

Proximity Wiegand yang Dapat Dikonfigurasi pada Inner Range

Di bawah tingkatan SIFER, pengontrol Inner Range juga menerima format proximity Wiegand yang dapat dikonfigurasi yang umum digunakan di seluruh industri kontrol akses yang lebih luas. Ini termasuk standar 26-bit dan varian proprietary 36-bit yang telah digunakan Inner Range pada instalasi Concept dan Integriti sebelumnya. Kartu proximity kompatibel Inner Range dalam format 36-bit adalah salah satu pengganti yang paling sering diminta, terutama dari bangunan yang dilengkapi pada tahun 2000-an dan awal 2010-an sebelum lapisan kartu pintar SIFER menjadi standar.

Lanskap proximity 125 kHz dalam Inner Range semakin rumit oleh fakta bahwa pengontrol dapat dikonfigurasi untuk membaca beberapa panjang bit Wiegand pada bus pembaca yang sama. Manajer fasilitas yang mewarisi situs lama mungkin menemukan kartu 26-bit dan 36-bit beredar secara bersamaan, karena pengontrol menerima keduanya tanpa keluhan selama fase ekspansi sebelumnya. Mengaudit panjang bit aktual setiap kartu — yang dapat dibaca dari kode fasilitas kartu dan format nomor kartu — adalah langkah pertama yang diperlukan sebelum melakukan pesanan penggantian.

Format proximity standar direproduksi dengan setia pada substrat T5577 dan EM4305, yang merupakan chip 125 kHz yang dapat ditulis standar industri. Panduan pembeli Kartu Akses Kompatibel vs Asli menjelaskan pilihan substrat dan artinya bagi keandalan pembacaan jangka panjang pada instalasi pintu putar dan penghalang dengan siklus tinggi.

Kartu LF Kompatibel vs Blanko SIFER Kompatibel

Model kompatibilitas sangat berbeda tergantung pada tingkatan media akses yang digunakan instalasi. Untuk format LF 56-bit dan proximity 36-bit, kartu yang kompatibel diprogram sebelumnya dengan kode fasilitas dan nomor kartu situs pada saat pembuatan atau konfigurasi, kemudian disajikan ke pembaca — kartu tersebut akan mengautentikasi atau tidak, semata-mata berdasarkan apakah string data Wiegand cocok dengan yang diharapkan oleh pengontrol. Tidak ada jabat tangan kriptografi; pembaca mendekode transmisi RF dan meneruskan nomor Wiegand ke pengontrol.

The SIFER secure smart card is fundamentally different. A compatible SIFER blank is a AES-secured 13.56 MHz smart card that has not yet been enrolled with any site's keys. It carries no credential data at the time of supply. Once your Integriti or Concept controller performs an enrolment — writing the site's AES application and keys to the card's secure memory — the card becomes a valid credential for that installation and no other. This is the standard lifecycle for any site operating a managed smart-card programme, and it is exactly how Kartu pintar HF 13.56 MHz bekerja di seluruh platform kontrol akses perusahaan secara umum.

The practical implication is that SIFER secure smart-card blanks cannot be pre-configured off-site to match your installation: your controller holds the keys, and enrolment must happen at your site using your system's card management software. What a compatible blank supplier provides is the correct AES-secured 13.56 MHz smart-card substrate in the right physical format, with the correct application identifier structure that the Integriti firmware expects to find during the enrolment dialogue. See the Corporate 1000, FlexSecur & Kode Fasilitas Kustom panduan untuk bagaimana model berbasis pendaftaran ini berlaku di seluruh platform proprietary perusahaan lainnya. Kartu dan fob kompatibel Inner Range SIFER mencakup faktor bentuk kartu dan key fob untuk situs yang membutuhkan keduanya.

Memesan Media Akses Inner Range yang Kompatibel

Before placing an order, the first task is identifying the exact format in use at each reader on your site. The three questions to answer are: (1) read frequency — 125 kHz LF or 13.56 MHz HF; (2) bit-length and structure — 26-bit, 36-bit, or SIFER 56-bit; and (3) whether the 13.56 MHz readers expect a pre-enrolled secure smart-card credential or simply read a UID. Integriti and Concept documentation, or a query to your installer's records, will typically resolve these questions, but the fastest method is to present a known working card to a reader with diagnostic mode enabled and read the Wiegand output on the controller's event log.

Untuk kartu proximity kompatibel Inner Range requirements on Integriti sites, orders need the facility code and card number range. For SIFER secure smart-card blanks, orders specify card count and substrate (card, fob, or sticker), since no site-specific data is pre-loaded. The kartu kompatibel Inner Range 36-bit untuk situs era Concept mengikuti model pemesanan kode fasilitas dan rentang standar yang digunakan di seluruh industri prox 125 kHz.

Penyewa di gedung multi-penyewa harus mencatat bahwa wewenang pemesanan media akses biasanya berada pada pemilik gedung atau integrator keamanan yang ditunjuk, bukan penyewa itu sendiri. Pengontrol Inner Range menyimpan rentang kode fasilitas per partisi penyewa, dan menambahkan kartu di luar rentang yang diotorisasi — bahkan kartu yang diformat dengan benar — tidak akan memberikan akses sampai partisi pengontrol diperbarui oleh administrator sistem. Berkoordinasi dengan manajemen gedung sebelum memesan mencegah masalah pemenuhan paling umum di situs Inner Range perusahaan. Untuk mendiskusikan persyaratan situs spesifik Anda, hubungi tim teknis kami dengan model pengontrol, versi perangkat lunak, dan contoh kartu jika tersedia.

Security ID Systems adalah produsen dan pemasok independen media kontrol akses yang kompatibel dan tidak berafiliasi dengan, diotorisasi oleh, atau didukung oleh Inner Range.

Tingkatan media akses Inner Range: parameter teknis utama

TingkatanFrekuensiTeknologiStruktur BitMetode Pasokan Kompatibel
SIFER secure smart card (AES)13.56 MHz HFAES-secured 13.56 MHz smart card, 128-bit AESDikelola oleh aplikasi / bukan Wiegand bit-tetapBlanko kompatibel didaftarkan oleh pengontrol Integriti / Concept Anda
SIFER secure smart card (legacy AES)13.56 MHz HFAES-secured 13.56 MHz smart card, 128-bit AESDikelola oleh aplikasiBlanko kompatibel didaftarkan oleh pengontrol Anda
SIFER 56-bit LF125 kHz LFSubstrat T5577 / EM4305Kode situs 24-bit + nomor kartu 32-bit, tanpa paritasKartu kompatibel diprogram sebelumnya ke kode situs & nomor kartu
Inner Range prox 36-bit125 kHz LFSubstrat prox LF standarWiegand proprietary 36-bitKartu kompatibel yang telah diprogram ke kode fasilitas & nomor kartu
Prox 26-bit standar125 kHz LFSubstrat prox LF standarWiegand H10301 26-bitKartu kompatibel yang telah diprogram ke kode fasilitas & nomor kartu

Pertanyaan yang sering diajukan

Format apa yang digunakan kartu Inner Range?

Inner Range installations use one of three credential tiers: the SIFER secure smart card (128-bit AES, 13.56 MHz, ISO/IEC 14443-A) for high-security sites; the SIFER 56-bit low-frequency format (24-bit site code, 32-bit card number, 125 kHz); or standard Wiegand proximity formats including a proprietary 36-bit variant and standard 26-bit H10301. The tier in use depends on the controller model, software version, and how the site was originally commissioned.

Apa itu SIFER?

SIFER is Inner Range's proprietary high-security credential layer, built on AES-secured 13.56 MHz smart cards running 128-bit AES mutual authentication. Cards are enrolled by the site's Integriti or Concept controller, which writes site-specific cryptographic keys to the card's secure memory. A SIFER card that has not been enrolled carries no valid credential data and will not authenticate at any reader. The term SIFER is also used informally for the 56-bit LF format on the same platform, though the two technologies are entirely distinct.

Can an Inner Range SIFER secure smart card be replaced with off-site programming?

No — SIFER secure smart cards use 128-bit AES mutual authentication with site-specific keys held in the controller. A compatible SIFER blank must be enrolled by your own Integriti or Concept system to become a valid credential for your site. The controller performs the enrolment using its own key set; there is no off-site configuration path for the secure smart-card credential tier.

Apa itu format Inner Range 56-bit?

The Inner Range SIFER 56-bit format is a 125 kHz low-frequency Wiegand credential using a 24-bit site code and a 32-bit card number with no parity bits. It is a distinct technology from the SIFER secure smart-card tier and operates on entirely different read hardware. Compatible cards for this format are programmed to the customer's site code and card number range at the time of manufacture.

Apakah Anda menyediakan kartu yang kompatibel dengan Integriti dan Concept?

Yes. Security ID Systems supplies compatible credentials for Inner Range Integriti and Concept installations across all active tiers: SIFER secure smart-card blanks for enrolment by your controller, SIFER 56-bit LF cards programmed to your site code and card number, and 36-bit proximity cards for legacy Concept-era sites. To place an order, identify your controller model, the credential tier in use, and — for LF formats — your facility code and card number range.

Bagaimana cara mengidentifikasi format kartu Inner Range yang digunakan situs saya?

The most reliable method is to check the controller's event log with diagnostic output enabled: present a known working card and read the Wiegand string the controller receives. The bit count and data structure identify the format. Alternatively, your installer's commissioning records or the reader model number will confirm whether the site uses the SIFER secure smart card (13.56 MHz), SIFER 56-bit LF, or standard Wiegand proximity. Supplying this information when ordering ensures the correct compatible credential is shipped.

Bisakah pengontrol Inner Range membaca kartu proximity dan kartu pintar secara bersamaan?

Many Inner Range readers and door controllers support dual-frequency operation, accepting both 125 kHz proximity and 13.56 MHz SIFER secure smart-card credentials on the same reader. This is common in mixed-tenure buildings or during a phased migration from LF proximity to SIFER smart cards. In dual-frequency deployments, compatible cards must still match the specific tier assigned to each access group in the controller configuration.

Minta penawaran

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Send the part number printed on your card or a photo of the reader. We confirm compatibility before you order — and we cover specialist and legacy formats too.