What is the difference between Android and Windows?

When choosing a device, the operating system determines the user experience. Android is known for its speed and convenience, making it ideal for entertainment and home use. For example, an Android box PC can easily meet your movie and app needs. Windows, on the other hand, excels at compatibility and professional software support, making it more suitable for office and study. For users who need to be efficient, Windows PCs offer a more comprehensive solution. Whether pursuing entertainment or productivity, both Android box PCs and Windows PCs offer unique value.

Specification

Processor	CPU	ARM ROCKCHIP RK3328 Quad-Core 1.5GHz
Processor	Chipset	SOC
Memory	Capacity	1GB SO-DIMM DDR3 1333 MHz memory , Max.2GB
Storage	EMMC TF Card MSATA	8G, Max.64GB Supports 64G 128G-2TB SSD/HDD(optional)
Display	Graphics chip Output	CPU integrated graphics HD Graphics HDMI single display 1 ×HDMI (Max. resolution：3840x2160)
Ethernet	Chip WIFI 3G/4G	1 × RTL8211F-CG 10/100/1000M(RJ45 LAN) 1 x WIFI RTL8188EUS 2.4G/ AP6255 2.4G/5G Dual mode +BT(optional) Support 3G/4G(optional)
I/O	USB 3.0 Power button Reset OPS interface LED light IR DC JACK Audio Optical fiber COM port	2× USB3.0(Max. 4 groups) 1 × power button 1 × upgrade 1 × OPS interface(80pin) 1 x LED light 1 x IR(optional) 1 × DC JACK 1 × LINE-OUT & MIC-IN (optional),1× LINE IN(optional) Integrated 6-channel sound ALC662 sound card chip 1 ×Fiber optic audio(optional) 1 ×COM (optional)
Power	Input Rated power	DC 12~19V 30W
Physical parameters	Dimensions	180mm (L) x 119mm (W)x30mm(H)
Environment	Temperature Humidity	Working temperature：0°C ~50°C Storage temperature：-20~70°C 5%~90% No condensation
Operating system	Vision	Android 7.1/ Linux

Android Linux Self Service Terminal RK3328 OPS Computer (4)

Android Linux Self Service Terminal RK3328 JAE 80Pin OPS Computer

What is the difference between a regular OPS computer and a European standard OPS?

The core difference between ordinary OPS computers and European standard OPS computers lies in compliance requirements, hardware adaptation, and scenario adaptation: ordinary OPS computers usually only meet basic electrical safety certification, and the hardware design is based on a conventional indoor environment (0℃~40℃). They are mostly used in ordinary commercial digital signage, indoor office terminals and other scenarios, and do not need to be forced to adapt to environmental protection or data regulations in specific areas; while European standard OPS must pass Europe's exclusive CE electromagnetic compatibility certification and RoHS environmental directive (restriction of hazardous substances).The hardware will use wide-temperature components (adaptable to -20℃~60℃) and anti-vibration structures to cope with harsh environments such as European outdoor advertising and industrial control. At the same time, the European standard OPS must also comply with GDPR data privacy regulations and add encryption protection to data transmission and storage. These compliance and hardware enhancement requirements are not required to be met by ordinary OPS computers.

Ordering information

Sales Model	Specification
AOS-SOR3318C	RK3328 1.5GHz 1G DDR3 Memory 8G EMMC
AOS-SOR3328C	RK3328 1.5GHz 2G DDR3 Memory 16G EMMC
AOS-SOR33232C	RK3328 1.5GHz 2G DDR3 Memory 32G EMMC

What specific measures does the European Standard OPS have in terms of data security?

European standard OPS has built a multi-dimensional protection system for data security. At the hardware level, it integrates a FIPS 140-3 Level 3 security chip, supports AES-256 encryption and secure key storage, and can quickly block unauthorized firmware loading with the secure boot function. The communication and access terminals are forced to use TLS 1.3/WPA3 encryption protocols, and multi-factor authentication (such as fingerprint + dynamic password) is required to log in. Sensitive operations (firmware updates, data exports) require secondary confirmation by the administrator, and operation logs are retained for 30 days. Throughout the data life cycle,Only necessary data is collected and stored with AES-256 encryption. Data deletion/export is supported to meet GDPR user rights. Cross-border transmission must pass SCCs/BCRs to ensure compliance. At the same time, a 72-hour vulnerability response process is established, DDoS attack testing is carried out, and abnormal behavior is monitored in real time. The overall process must comply with GDPR, EN 18031 and CE/EMC certification, forming a full-process security protection from hardware to compliance.