Opublikuj swoje produkty
CP4N - 4-Series™ Control System
CP4N - 4-Series™ Control System
CP4N - 4-Series™ Control System
CP4N - 4-Series™ Control System

    CP4N - 4-Series™ Control System

    The CP4N is a secure, high‑performance control processor with a powerful 4-Series™ control engine. The CP4N is designed to integrate and automate technology within any modern networked home, commercial building, or government facility. An isolated control subnet port provides a Gigabit Ethernet LAN dedicated to Crestron devices.

    4-Series Control Engine
    4-Series control systems come equipped with an upgraded multicore CPU, delivering a sizable speed and performance increase compared to all Crestron 3‑Series® control processors. The improved performance allows 4-Series control systems to handle the increasing demands of an advanced automated system. Crestron 4-Series delivers a dynamic and secure control system platform capable of managing a room full of disparate technologies.

    Reliable networking and IP control afford seamless integration with other systems and devices, with add-on control capability using Crestron touch screens, wireless remotes, and mobile device apps, as well as remote management through Crestron Fusion® software and the XiO Cloud® service.

    Modular Programming Architecture
    The CP4N provides a modular programming architecture that allows the CP4N to run up to ten programs simultaneously. Programmers can develop and run independent, device‑specific programs, enabling each program to be optimized for a specific function and allowing for changes to be made to one program without affecting the whole system.

    Dedicated Control Subnet
    The Crestron Control Subnet is a Gigabit Ethernet network dedicated to Crestron devices. Via the Control Subnet port, an installer can connect a single touch screen or wireless gateway or can add a Crestron PoE switch (CEN‑SW‑POE‑5 or CEN‑SWPOE‑16, both sold separately) to handle multiple touch screens, gateways, AV components, and other devices. Auto-configuration of the entire subnet is performed by the CP4N, discovering each device and assigning IP addresses without any extra effort from the installer.

    NOTE: The Control Subnet port does not supply any PoE power to connected devices

    A separate LAN port provides a single-point connection to the local network, requiring only one IP address for the entire control system. The LAN port allows for interconnectivity between devices on the local subnet and other devices, systems, servers, and WAN/internet connections outside the local subnet. For sensitive applications that require heightened security, the entire Control Subnet can be isolated completely from the local network.

    Onboard Control Ports
    Through a full complement of onboard control ports, the CP4N can be integrated with a wide variety of audio, video, lighting, motorized shades, thermostats, door locks, sensors, security systems, and other equipment.

    • Gigabit Ethernet provides an interface for connecting to the building network and controlling Crestron AV switchers, audio processors, power controllers, and other IP controllable equipment.
    • Cresnet® network connectivity provides support for Crestron lighting dimmers, motorized shades, sensors, thermostats, keypads, and more.
    • Onboard RS‑232, IR/serial, relay, and Versiport I/O control ports enable direct integration with all types of third‑party equipment.

    Expanded connectivity can be provided to the CP4N via Crestron control port expansion modules, Ethernet to Cresnet bridges, wired Ethernet I/O modules, wireless network I/O modules, or infiNET EX® network wireless gateways (all sold separately).

    Crestron Fusion Room Monitoring and Scheduling
    Crestron Fusion provides an integrated platform for creating smart buildings that save energy and enhance worker productivity. As part of a complete managed network in a corporate enterprise, college campus, convention center, or any other facility, the CP4N works with Crestron Fusion to enable remote scheduling, monitoring, and control of rooms and technology from a central help desk or mobile app. It also enables organizations to reduce energy consumption by tracking real-time usage and automating control of AV, lighting, shades, and HVAC. For more information about Crestron Fusion, visit www.crestron.com/fusion.

    XiO Cloud Provisioning and Management
    4-Series control systems leverage the power and flexibility of XiO Cloud services, enabling users to remotely provision, monitor, and manage Crestron devices across an enterprise network. XiO Cloud can be used to configure and load programs to the control system before it is received, making the control system fully functional as soon as it is connected to the network. XiO Cloud is built on the Microsoft® Azure® software platform and utilizes Microsoft's industry leading Azure IoT Hub technology. XiO Cloud enables installers and IT managers to deploy and manage thousands of devices in the time it previously took to manage just one. Unlike other virtual machine based cloud solutions, Azure services provide unlimited scalability to suit the ever growing needs of an enterprise. For more information, visit www.crestron.com/xiocloud.

    Enhanced Enterprise-Grade Security
    The CP4N is an enterprise‑class control processor that can be deployed across hundreds of spaces and set up easily using a web browser, Crestron Toolbox™ software, or XiO Cloud. It employs standard network security protocols, including 802.1X network access control, Active Directory® service authentication, SSH, TLS, and HTTPS to ensure reliability and compliance with your organization’s IT policies.

    The CP4N is configured to meet Crestron's enhanced security standards right out of the box. The CP4N ships with authentication enabled and requires that an administrator account be created before access is granted to device configuration and control interfaces.

    SNMP V3 Support
    Built-in SNMP V3 support enables integration with third-party IT management software, allowing network administrators to manage and control Crestron systems on the network in an IT-friendly format.

    BACnet Support
    Native support for the BACnet communication protocol provides a direct interface to third-party building management systems over Ethernet, simplifying integration with HVAC, security, and other systems. Using BACnet, each system runs independently but communicates together on one platform.1

    Apple HomeKit Integration
    The CP4N supports integration with an Apple® HomeKit® technology system. Once the CP4N is paired with a HomeKit system via SIMPL programming, a Crestron TSR-310 can be used to control supported Apple devices. A pairing QR code is affixed to the CP4N that makes it easy to pair the control system directly to the Apple Home app.

    Opis
    • Key Features

      • 4‑Series™ control system with 2 GB SDRAM and 8 GB flash memory
      • Embedded 4‑Series multicore CPU processor
      • iPhone®, iPad®, and Android™ device control app support
      • XPanel computer and web based control
      • Modular programming architecture
      • Onboard IR/serial, COM, I/O, relay, Cresnet® network, and high‑speed gigabit Ethernet control ports
      • Control subnet port providing a dedicated local network for Crestron® devices
      • High-speed USB 2.0 host port and rear panel memory card slot
      • Crestron Fusion® software room monitoring and scheduling support
      • XiO Cloud® service provisioning and management support
      • Enterprise‑class network security and authentication
      • SNMP V3 remote IT management support
      • Native BACnet network/IP support
      • Installer setup via software, web browser, or cloud
      • IPv6 ready
      • Integrates with Apple® HomeKit® technology
      • Rack mountable
    Specyfikacja techniczna
    • Nr referencyjnyCP4N
    • Rodzina produktuLighting Control Hardware & Software
    • Grupa produktuHardware
    • TypObiekt (jeden obiekt)
    • Data publikacji2023-06-19
    • Numer edycji1
    Dodatkowe informacje
    • Zaprojektowano wStany Zjednoczone
    Klasyfikacja
    • Kategoria BIMobjectElektryka - Kontrola dostępu
    • Klasyfikacja IFCElement elektryczny

    Dostępny w krajach:

    Europa Azja Ameryka północna Afryka Ameryka Południowa Oceania
    Albania
    Afganistan
    Anguilla
    Algieria
    Argentyna
    Australia
    Andora
    Arabia Saudyjska
    Antigua i Barbuda
    Angola
    Boliwia
    Dalekie Wyspy Mniejsze Stanów Zjednoczonych
    Austria
    Armenia
    Aruba
    Benin
    Brazylia
    Fidżi
    Belgia
    Azerbejdżan
    Bahamy
    Botswana
    Chile
    Guam
    Białoruś
    Bahrajn
    Barbados
    Burkina Faso
    Ekwador
    Kiribati
    Bośnia i Hercegowina
    Bangladesz
    Belize
    Burundi
    Falklandy (Malwiny)
    Mariany Północne
    Bułgaria
    Bhutan
    Bermudy
    Czad
    Gujana
    Mikronezja
    Chorwacja
    Brunei Darussalam
    Brytyjskie Wyspy Dziewicze
    Demokratyczna Republika Konga
    Gujana Francuska
    Nauru
    Cypr
    Brytyjskie Terytorium Oceanu Indyjskiego
    Curaçao
    Dżibuti
    Kolumbia
    Niue
    Czarnogóra
    Chiny
    Dominika
    Egipt
    Paragwaj
    Norfolk
    Czechy
    Filipiny
    Dominikana
    Erytrea
    Peru
    Nowa Kaledonia
    Dania
    Gruzja
    Grenada
    Etiopia
    Surinam
    Nowa Zelandia
    Estonia
    Hongkong
    Grenlandia
    Gabon
    Urugwaj
    Palau
    Finlandia
    Indie
    Gwadelupa
    Gambia
    Wenezuela
    Papua-Nowa Gwinea
    Francja
    Indonezja
    Gwatemala
    Ghana
    Pitcairn
    Gibraltar
    Irak
    Haiti
    Gwinea
    Polinezja Francuska
    Grecja
    Iran
    Holandia Karaibska
    Gwinea Bissau
    Samoa
    Guernsey
    Izrael
    Honduras
    Gwinea Równikowa
    Samoa Amerykańskie
    Hiszpania
    Japonia
    Jamajka
    Kamerun
    Timor Wschodni
    Holandia
    Jemen
    Kajmany
    Kenia
    Tokelau
    Irlandia
    Jordania
    Kanada
    Komory
    Tonga
    Islandia
    Kambodża
    Kostaryka
    Kongo
    Tuvalu
    Jersey
    Katar
    Kuba
    Lesotho
    Vanuatu
    Liechtenstein
    Kazachstan
    Martynika
    Liberia
    Wallis i Futuna
    Litwa
    Kirgistan
    Meksyk
    Libia
    Wyspy Cooka
    Łotwa
    Korea Północna
    Montserrat
    Madagaskar
    Wyspy Marshalla
    Luksemburg
    Korea Południowa
    Nikaragua
    Majotta
    Wyspy Salomona
    Macedonia Pólnocna
    Kuwejt
    Panama
    Malawi
    Malta
    Laos
    Portoryko
    Mali
    Man
    Liban
    Saint Kitts i Nevis
    Maroko
    Mołdawia
    Makau
    Saint Lucia
    Mauretania
    Monako
    Malediwy
    Saint Martin
    Mauritius
    Niemcy
    Malezja
    Saint Vincent i Grenadyny
    Mozambik
    Norwegia
    Mongolia
    Salwador
    Namibia
    Polska
    Myanmar (Birma)
    Sint Maarten
    Niger
    Portugalia
    Nepal
    Stany Zjednoczone
    Nigeria
    Rosja
    Oman
    Trynidad i Tobago
    Republika Południowej Afryki
    Rumunia
    Pakistan
    Turks i Caicos
    Republika Środkowoafrykańska
    San Marino
    Palestyna
    Wspólnota Saint-Barthélemy
    Reunion
    Serbia
    Singapur
    Wspólnota Terytorialna Saint Pierre i Miquelon
    Rwanda
    Słowacja
    Sri Lanka
    Wyspy Dziewicze
    Sahara Zachodnia
    Słowenia
    Syria
    Senegal
    Svalbard
    Tadżykistan
    Seszele
    Szwajcaria
    Tajlandia
    Sierra Leone
    Szwecja
    Tajwan
    Somalia
    Ukraina
    Turcja
    Suazi
    Watykan
    Turkmenistan
    Sudan
    Węgry
    Uzbekistan
    Sudan Południowy
    Wielka Brytania
    Wietnam
    Święta Helena
    Włochy
    Wyspa Bożego Narodzenia
    Tanzania
    Wyspy Alandzkie
    Wyspy Kokosowe
    Togo
    Wyspy Owcze
    Zjednoczone Emiraty Arabskie
    Tunezja
    Uganda
    Wybrzeże Kości Słoniowej
    Wyspy Świętego Tomasza i Książęca
    Wyspy Zielonego Przylądka
    Zambia
    Zimbabwe