Hi, I used this way both in Embedded visual C 4.0 and Visual C# but device resitration part didn't work. In Symbol - MC 70xx device, it is a bluetooth manager with the name of BTExplorer from Stonestreet One, Inc. Which uses HKEYLOCALMACHINE Drivers Active registry key for the driver's DLL, I think it is the reason that my RegisterDevice function doesn't work. These three libraries are located in the windowsmobilece/ /lib directory located within the ZebraLink Multiplatform SDK installation directory; Stonestreet One® BTExplorer version 1.2.5 build 19090 or higher (for Motorola/Symbol devices using the Stonestreet One Bluetooth stack). AKU Version for Windows Embedded Handheld Devices. To determine the Adaptation Kit Update (AKU) version on a Windows Embedded Handheld device, tap. Start Settings System About Version. Configuration Operating System Radios Display Memory Data Capture Keypads Other. MC92N0-G Standard Windows ® Embedded Compact 7.0 WLAN: 802.11a/b/g/n. SPR 14734 fix: RegMerge driver truncates any number of back slashes in the registry data to a single back slash. Expanded the command line building to control to creating partition tables, splash screens, Platform and Application Fixed an issue where USB file download was not working in Windows Vista as expected.

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HealthLink PC Manager with Stonestreet One Bluetooth and USB supporting all v1.0 Device Specializations

Blood Pressure Monitor

Glucose Meter

Strenth Fitness

Weighing-Scale

HealthLink is a PC based software application that can run on any Windows platform. HealthLink collects Continua Certified personal medical device data via Bluetooth or USB and connects with Continua WAN services and electronic Health Repositories. HealthLink utilizes OXPlib, a C++ implementation of the Continua PAN client that provides a high level interface for management applications. This high level interface enables application developers to create Continua managers without the need to understand ISO/IEEE 11073-20601 details.

The reference system is composed of a Dell laptop with Windows XP or Windows 7, running over Stonestreet One’s Bluetooth Stack and Microsoft’s USB stack. The LNI software includes Bluetopia ®, a Bluetooth shim from Stonestreet One which implements the Health Device Profile (HDP) and a USB shim that sits on top of Microsoft’s winusb library and implements the PHDC functionality. These shims interface to the transport independent layer of OXPlib. Other transports may be added without changes to the OXP stack. OXPlib is the component that implements ISO/IEEE 11073-20601 behavior. HealthLink controls the OXPlib library. HealthLink acts as both an AHD and a WAN device from the Continua End to End architecture perspective, implementing the PAN client, the WAN client, and the HRN client.

Boot loaders

Boot loader is the basic building block for a long life and reliable functioning of any embedded system. Maven understands the critical components involved in developing a boot loader and has the desired expertise to develop a boot loaders capable to perform POST, image check, memory check and testing of critical peripherals of system. Maven has developed a variety of boot loaders best suitable for the operating system and functional requirement of the system.

Maven has done development for u-boot for Linux systems, VxWorks boot loaders, e-boot for Windows compact and CE6 and custom boot loaders for firmware enabled devices.

Maven has developed boot loaders to boot image from flash, USB, serial and SD card. Maven has specialization to support remote firmware upgrade and firmware redundancy in boot loaders.

Operating systems / firmware

Selecting a right operating system is extremely important to meet the functional requirements and overall performance of the system. At Maven, we consider various factors such as processor capability, memory footprints, performance, power requirements and time to market.

Maven has extensive expertise in BSP development, porting and customization for different operating systems and develop device drivers for peripherals on these operating system.

The broad spectrum of BSPs developed by Maven include:

Android
VxWorks
Linux
FreeRTOS
eCos
Windows compact 7 and Windows CE6.0

Android BSP development

OMAP3530 / OMAP4460, i.MX51, i.MX53, DM3730, AM3715, PXA270, Samsung S5PV210

VxWorks BSP development

Altera SOC5xFPGA

Linux BSP development

Ported on DM365, DM355, OMAP3530, LPC3520, AM3517, S3C2410

Windows Compact 7 and Windows CE6.0

Ported on PXA255, PXA270, OMAP3430

FreeRTOS BSP development

Ported on Microchip PIC32, LPC1768

eCos BSP development

Ported on STM32

Firmware development

Low memory foot-print data structures and programs are developed for controlling various peripherals. The hardware abstraction layer (HAL) contains drivers developed for interfaces such as RFID readers, Bluetooth, Wi-Fi, Ethernet, Weigand readers, USB host and device, UART, RS485, battery, LCD, keypad and IOs, touch screen and storage devices. Firmware development for different family of microcontrollers such as Microchip PIC (PIC18, PIC24, and PIC32) and LPC series is done. These are primarily used in logistics management, location identification and asset tracking applications.

Device driver development

Hardware abstraction layer (HAL) development

Serial bus driver development

SPI, I2C, UART, RS485

Display device driver development

Display options such as LED, character LCD, graphics LCD and TFT LCD display are used to suit product requirements. High end devices with TFT color LCD with touch screen are used with applications such as video streaming and audio-video communication with VGA and QVGA resolutions. Industrial HMIs / MMIs, security solutions and driver consoles are developed using high resolution – industrial grade displays.
Maven has developed drivers for firmware to support range of LCDs including character LCDs, graphic LCDS and TFT LCDs. Maven has also ported and customized drivers for Linux based TFT LCDs. Touch screen and keypad interfaces are provided as user touch points. Drivers for various touch screens and IO based keypads are developed at Maven.

ADCs

Internal and external ADCs are used in solutions for industrial and home automation. If the resolution supported by internal ADCs is not sufficient, higher resolution external ADCs (16, 18 or 22 bits) are used. Drivers for architectures such as ‘Delta sigma’ and ‘SAR’ are supported depending on internal or application level sampling.

PLC

Maven provides advanced ‘Power Line Communication’ solutions for retrofit solutions. RF or WiFi based networks have penetration problems through concrete walls or have issues over long distances. Sometimes wiring infrastructure becomes a problem as adding new communication back-bone to already available concealed wiring is near to impossible and a costly affair. These issues are tackled with PLC based solutions. These types of problems are typically observed in cold storage plants or existing facilities which need BMS solutions or places where industrial automation needs to be implemented. Maven’s PLC to wireless gateway proves to be a great advantage in such situations. Maven has developed firmware based solutions like PLC to RF, PLC to Ethernet and PLC to serial gateways.

Storage and file systems

Firmware based drivers are developed for internal flash, EEPROM, external data flash, microSD card, standard SD card, USB mass storage, and hard disk. For high-end applications, Linux and WinCE based drivers are ported for USB SATA hard disk and USB mass-storage.

File systems such as FAT-32, NTFS, EXT-2, EXT-3, JFFS2, UBIFS, CRAMFS have been ported for Linux. FAT, TFAT and NTFS file systems have been ported for WinCE.

Sensor device drivers

MEMS - Accelerometer, Gyroscope, Magnetometer

Stonestreet One USB Devices Driver Download For Windows