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FA30SB3-210

ARM-Box-PC mit NXP i.MX6 Dual Core

HAUPTMERKMALE

  • NXP i.MX6 Dual Core, 1 GHz (optional Quad Core), ARM-Box-PC
  • Bis zu 2 GB LPDDR3
  • 16 GB eMMC
  • 1 x RS-232/422/485, 1 x CANBus, 1 x USB A-Typ, 1 x RJ45 (optionales PoE)
  • Micro-HDMI
  • Optionales DIDO

    CERTIFICATIONS

  • FCC
    CE

FA30SB3-210

ARM-Box-PC mit NXP i.MX6 Dual Core
Übersicht
Spezifikation
Produkt-FAQs
Winmate ARM Box PC FA30SB3-210 mit geringem Stromverbrauch

NXP i.MX6 Dual Core 1 GHz (optional für Quad)

Im Gegensatz zur x86-Plattform, die die CISC-Architektur (Complex Instruction Set Computing) verwendet, verwenden ARM-Motherboards die RISC-Architektur (Reduced Instruction Set Computing). Die wichtigsten Merkmale der RISC-Architektur sind extrem geringer Stromverbrauch und Mobilität, Design mit ultrakleinem Formfaktor, niedrige Kosten, und niedrige Kosten und geringer Stromverbrauch sind nicht gleichbedeutend mit geringer Leistung.


Winmate ARM Box PC FA30SB3-210 mit Android- und Linux-Plattformen

Unterstützt Android- und Linux-Betriebssysteme

Die ARM-Computing-Lösung von Winmate bietet eine offene und einheitliche Entwicklungsplattform, um den Entwicklungsaufwand zu minimieren und die Ressourceneffizienz bei der Aktivierung einer ARM-basierten eingebetteten Anwendung zu erhöhen.


Winmate ARM Box PC FA30SB3-210 mit USB für unterwegs

USB-OTG-Schnittstelle (On-The-Go) am externen I/O

Ein USB-OTG-Anschluss wird den externen E/A-Anschlüssen des BCM PPC10W-6MXQ ARM Panel PCs hinzugefügt, sodass das System die Rolle eines Hosts oder Clients übernehmen kann. Die Kommunikation wird immer dann hergestellt, wenn zwei USB-Geräte angeschlossen sind und eines davon USB-OTG-kompatibel ist. Diese Funktion ist für Mobilgeräte mit geringem Stromverbrauch viral, vor allem für das Android-Betriebssystem.

System Specification

Processor

NXP i.MX6 Dual Core, 1.0GHz

Memory

1GB (Default)
2GB (Optional)

Storage

eMMC: Onboard 16 GB (Default)
eMMC: Onboard 32 GB (Optional)

Operating System

Linux Ubuntu 18.04 (Optional)
Android 6.0 (Optional)
Debian 7.0 (Optional)
Linux 4.1.15 QT 5.5 (Optional)

BT

Support (Optional)

Mechanical

Dimension

224 x 47 x 127 mm

Weight

1.0 kg

Mounting

Desk Mount
Wall Mount

Enclosure

Aluminum Housing

Cooling System

Fanless design

Environment

Operating Humidity

10% to 90% RH, Non-Condensing

Operating Temperature

-20°C to 60°C

Storage Temperature

-20°C to 60°C

Certification

Certification

CE, FCC

IO Ports

USB Port

1 x USB 2.0 (Type-A)
1 x USB OTG (Micro USB)

Serial Port

1 x RS232/422/485 (Default RS232) (Default)
2 x RS232/422/485 (Default RS232) (Optional)

LAN

1 x LAN RJ45 Connector with PoE(PD, 802.3 at)

Video

1 x Micro HDMI

SD Card Slot

1 x Micro SD card Slot

Indicator

1 x LED Indicator for power

DIDO

1 x 8pin(1x8) for DIO (3 x DI, 3 x DO, GND, 3.3V) (Optional)

CANBUS

1 x Mini PCIE

Power Input

1 x 12V DC, 2-Pin Terminal Block

Control

Button

1 x Power Button with LED Indicator (Optional)

Accessory

Accessory

100~240V AC to DC Adapter
Power Cord
Terminal Block to 2.5Ø Female Adapter Cable

Power

Power Rating

12V DC

Adapter

12V 50W

POE

PoE (PD): follows IEEE 802.3at (25 W)

  • Welcher Prozessor treibt den Winmate FA30SB3-210 an?

    Dieses Gerät wird von einem NXP (Freescale) i.MX6 Dual Core Cortex-A9 Prozessor (1,0 GHz) angetrieben.

    • Wichtiger Vorteil: Die NXP i.MX6-Serie ist in der Industrie für ihre langfristige Verfügbarkeit (10–15 Jahre) und ihren robusten Betrieb in großen Temperaturbereichen bekannt und sorgt dafür, dass Ihr Hardware-Design nicht so schnell veraltet.
  • Welche Betriebssysteme werden unterstützt?

    Der FA30SB3-210 ist für eingebettete Betriebssysteme optimiert:

    • Android 6.0 (Marshmallow): Ideal für die Ausführung älterer industrieller Android-Anwendungen.
    • Linux (Ubuntu 16.04 / Yocto): Bietet eine offene Umgebung für Entwickler, um benutzerdefinierte IoT-Gateways oder Steuerungslogik zu erstellen.
    • Hinweis: Als ARM-basiertes Gerät unterstützt es Windows x86 (Windows 10/11) nicht.
  • Warum sollte man sich für das ältere FA30 (i.MX6) statt für das neuere IM30 (i.MX8) entscheiden?

    Sie entscheiden sich für das FA30 aufgrund seiner Stabilität und Abwärtskompatibilität. Wenn Sie eine bestehende Anwendung haben, die auf einem älteren Linux-Kernel oder Android 6.0 basiert, oder wenn Sie die spezifische industrielle Zuverlässigkeit des NXP i.MX6-Chipsatzes benötigen, ist dies die sicherere und stabilere Wahl.

  • Wie lauten die Spezifikationen für Arbeitsspeicher und Speicherplatz?

    • RAM: Integrierter 1 GB oder 2 GB LPDDR3 (konfigurierbar).
    • Speicher: Integrierte 16 GB eMMC.
    • Warum das wichtig ist: Das „integrierte” Design bedeutet, dass die Speicher- und Speicherchips direkt auf die Hauptplatine gelötet sind. Im Gegensatz zu austauschbaren Sticks können sie sich nicht durch Vibrationen lösen, wodurch dieses Gerät in Fahrzeug- oder Maschinenumgebungen extrem langlebig ist.
  • Kann ich die Speicherkapazität erweitern?

    Ja. Es verfügt über einen Micro-SD-Kartensteckplatz. Dieser wird häufig zum Speichern großer Systemprotokolle, zum Zwischenspeichern lokaler Datenbanken oder von Mediendateien für Digital Signage verwendet, ohne sich ausschließlich auf den internen eMMC zu verlassen.

  • Ist dieses Gerät lüfterlos?

    Ja. Die ARM-Architektur ist äußerst energieeffizient und ermöglicht ein vollständig lüfterloses Design. Das kompakte Gehäuse fungiert als Kühlkörper und ermöglicht den Betrieb in staubigen oder ruhigen Umgebungen ohne das Risiko eines Lüfterausfalls.

  • Welche E/A-Schnittstellen sind bei diesem kompakten Gerät verfügbar?

    Trotz seiner geringen Größe verfügt es über alle wichtigen Anschlüsse:

    • LAN: 1 x Gigabit-Ethernet (RJ45). (Optional ist bei dieser Serie häufig PoE – Power over Ethernet – verfügbar).
    • Video: 1 x Micro-HDMI (unterstützt 1080p-Ausgabe).
    • USB: 2 x USB 2.0 (Typ A) + 1 x USB OTG (Mini-USB für Debugging).
    • Seriell: 1 x RS232/422/485 (über Klemmenblock) für die Gerätesteuerung.
  • Was ist der primäre Anwendungsfall für den FA30SB3-210?

    • IoT-Gateway: Sammeln von Daten von Sensoren über RS485/USB und Senden dieser Daten über LAN an die Cloud.
    • Digital Signage Player: Anzeigen von Dashboard-Metriken oder Werbung über HDMI.
    • Solar-/Fernüberwachung: Durch seinen geringen Stromverbrauch eignet er sich ideal für netzunabhängige Standorte.
  • Wie wird das Gerät mit Strom versorgt?

    Es akzeptiert 12-V-Gleichstrom über einen sicheren 3-poligen Anschlussblock. Dieser industrielle Stecker verhindert ein versehentliches Herausziehen des Stromkabels, was bei herkömmlichen Gleichstrombuchsen häufig vorkommt.

  • Wie kann ich dieses Gerät montieren?

    Der FA30SB3-210 ist sehr kompakt (handflächengroß). Er unterstützt die VESA-Montage (hinter einem Bildschirm), die Wandmontage und bietet oft eine DIN-Schienen-Montagemöglichkeit, sodass er leicht in einen Standard-Schaltschrank eingeklickt werden kann.

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The NXP i.MX6 Dual Core ARM Box PC delivers exceptional performance and flexibility, making it an ideal choice for a wide range of computing requirements. In this article, we will explore the features and benefits of the NXP i.MX6 Dual Core ARM Box PC, highlighting its processing capabilities, optional quad-core upgrade, and its ability to tackle various computing tasks with ease. Harnessing the Power of NXP i.MX6 Dual Core Processor At the heart of the NXP i.MX6 Dual Core ARM Box PC lies the powerful 1GHz NXP i.MX6 Dual Core processor. This cutting-edge processor ensures seamless multitasking, quick response times, and efficient execution of applications. With its advanced architecture and processing capabilities, the NXP i.MX6 Dual Core ARM Box PC provides a reliable computing platform for both personal and professional use. Optional Quad Core Upgrade for Enhanced Performance For users seeking even greater performance, the NXP i.MX6 ARM Box PC offers an optional quad-core upgrade. By upgrading to the quad-core configuration, users can harness the power of four cores, enabling faster data processing, improved multitasking, and enhanced overall system performance. This upgrade option caters to demanding computing tasks and resource-intensive applications, delivering a superior computing experience. Versatility for Various Applications The NXP i.MX6 Dual Core ARM Box PC excels in versatility, making it suitable for a wide range of applications. Its processing power and flexible design enable seamless performance in industrial automation, digital signage, home entertainment systems, IoT applications, and more. Whether you require a reliable computing solution for industrial control, multimedia streaming, or edge computing, the NXP i.MX6 Dual Core ARM Box PC has you covered. Compact and Efficient Design The NXP i.MX6 Dual Core ARM Box PC boasts a compact and efficient design that optimizes space utilization while ensuring reliable performance. 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