ELECTRONIC DEVICES design and prototyping
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Transcript of ELECTRONIC DEVICES design and prototyping
ELECTRONIC DEVICES design and prototyping
SERVICES
Digital devices, new products development:
+ Project estimation, research and technical specification writing
+ Project planning, Project management, Risk management
+ Architecture development
+ Algorithms development
+ Hardware platform design
+ Software and Firmware development
+ Design and development of device body
+ Prototyping, Manufacturing readiness
WORKS: Third Eye
Unique in its versatility, Third Eye wireless thermal attachment is a
smart solution for thermal capability on the go. Paired with smart
glasses, Third Eye's patent-pending design delivers lightweight, hands-
free convenience - creating a multitude of uses never before available
on the market. Сamera resolution 80x60 or 160x120. Detection
distance to 200 meters. Temperature detection accuracy of 0.5 С.
Presented by ROUNDCONCEPT
Engineering challenges were solved:
Interpolation of the image 80x60, conversion of the low resolution of
the thermal imaging sensor into the screen resolution of the mobile
phone. Determination of temperature with an accuracy of 0.5C.
Combining thermal images and images from a mobile phone camera.
Wifi connection with mobile devices, Sony Glasses, Google Glass.
Selection of the manufacturer and full preparation for batch production.
WORKS: JUNO - temperature & heartbeat optical measuring
Noninvasive optics measure temperature and detect a
heartbeat, warning user in any irregular situations. Planned
to be used at home for child health control, at schools and
airports to detect body temperature of all the passers.
Body Temperature - Entire area temperature reading with 0.5
degree (Celsius) precision. Nothing to attach or wear. Alerts
and automatic measurement history to share with a doctor.
Presented by ROUNDCONCEPT
Engineering challenges were solved:
Algorithm development of detecting heartbeat and breathing
at video sequence.
WORKS: Mobile Laser Rangefinder
The key is in connecting the LRF to the phone with a rigid
structure and the Bluetooth interconnection that makes it
one system.
Now the phone’s screen is a viewfinder and all its
processing power is ready to work on the distance data fed
life by the LRF. The possibilities are endless.
Presented by ROUNDCONCEPT
Engineering challenges were solved:
Method of calibration of the optical axis of the phone and the
optical axis of the range finder.
WORKS: digital night vision devices
Digital night vision and thermal vision devices: monoculars, optical
sights, binoculars, digital attachments. For several years AXONIM
developers support new product design processes with embedded
systems, hardware, firmware, software development and prototyping.
Our engineers run tasks from embedded system architecture design
and video/image processing and objects detecting algorithms to the
full manufacturing readiness.
Engineering challenges were solved:
The configuration of the optical sensor and the display to obtain the
maximum possible dynamic range of the system, the best signal-to-
noise ratio.
Adapted and revised compression algorithm according to the jpeg
standard to obtain at least 25 frames per second, and writing to the
avi container and transmitting by RTP protocol.
WORKS: Portable gas analyzer
Individual four-channel portable gas analyzer for detecting and monitoring
concentration of toxic and explosive gases (methane, ethane, propane,
butane, pentane, hexane, carbon monoxide, hydrogen), hydrogen sulfide
(H2S), oxygen (O2) and carbon monoxide (CO).
This device is equipped with exceeding alarm of permissible level of gas
concentration in the air: two-color LEDs (red / green), vibration motor, and
audible alarm. To display the measurement results the OLED color display
with a resolution of 160x128 pixels is used, or USB interface.
Engineering challenges were solved:
Device body design in accordance with the requirements of explosion
protection, shock resistance, dust protection and moisture protection.
Minimization of the dimensions of the embedded electronics and the
device itself.
WORKS: Falcon
Digital binocular attachment connects via WiFi to an external
mobile device, this device is a prefix on a binocular with 10x
magnification. Is used for bird watching, photographing and
sound recording.
Presented by ROUNDCONCEPT
Engineering challenges were solved:
Minimization of the dimensions of the embedded electronics and
the device attachment itself.
WORKS: Interactive Glasses
Smart interactive glasses with thermal and night vision
attachments extends the functionality of Android, iOS
mobile devices. Wifi connection with external digital
devices, smartphone. This solution allows to display the
screen of the smartphone on glasses.
Presented by ROUNDCONCEPT
Engineering challenges were solved:
Wide functionality implementation into low cost digital
device.
ABOUT US
AXONIM Devices offers services of digital consumer devices design and new product development.
Highly skilled engineering teams perform whole development projects starting from scratch suggested
by our customer and future devices architecture, functional and structural models design.
We prepare full design documentation for the manufacture of the device body, 3D model, and design
documentation of the digital device. Our specialists purchase components, produce printed circuit
boards (PCB), perform the assembly (PCBA), and test the assembled device.
Having strong background in embedded systems design our developers execute all required tasks
within development cycle: circuit design, design of PCB, firmware development and design, FPGA,
porting and adapting operating systems on a given platform, BSP and driver development, application
development, and operator interface or user application development, digital signal processing,
prototyping, manufacture support.
TECHNOLOGY MAP
Architecture: ARM, MIPS, X86, TI DSP, ADI Blackfin, ADI DSP, PowerPC, AVR32, MSP430, SuperH, etc.
Operating systems: Embedded Linux, Android, eCOS, QNX, FreeRTOS, ADI VDK, DSP/BIOS, etc.
Programming languages: C/C++ (incl STL/ATL), TCL, CDL, Java (J2ME), MatLab, Mathematica, VHDL/Verilog,
ASM, XML, XAML, etc.
Wireless technologies: IrDA, Bluetooth, WiFi, GPRS/GSM/3G/HSPA/ LTE/LTE Advanced, ZigBee, GPS.
Multimedia: MPEG2, MPEG4/H.264, WMV8, MP3, MP4, WMA, JPEG/JPEG2000, Motion JPEG, OGG, Vorbis,
G.722/G.726 ADPCM, Speex.
Communication Interfaces: USB Host/Client/OTG, SPI/SSP, I2C, LVDS, UART/RS232/485/422, LCD HDMI, DVI,
SD/SDHC/MMC/CF/ PCMCIA, ATA/PATA, SATA, Ethernet, PoE, PCI/PCIe, 1-Wire, uWire, S/PDIF, CAN, AC97.
ALGORITHMS DEVELOPMENT
+ encoding /decoding - audio & video: wav, mp3, aac, jpeg, mjpeg, h.264, etc;
+ augmented reality objects adding (AR);
+ image analysis, objects selection, data processing: speed of objects; behavior of objects; changing
facilities; comparison with reference; objects tracking; objects dimensioning
QUALIFICATIONS
Member of TI Design Network, expertize at ARM-Based Processor Platforms, Digital
Signal Processors, Microcontrollers (MCU), OMAP Applications Processors,
Wireless Connectivity
AXONIM is an accredited partner of Intel Corp. in the design of devices based on
Intel processors
Participant of 3 rd party developers program. Analog Devices highly appreciate our
abilities in software and electronics development.
AXONIM is member of EtherCAT Technology Group. The EtherCAT protocol is used
for hard and soft real-time requirements in automation technology, in test and
measurement and many other applications.
AXONIM-Baltic UAB
Ateities str. 21С, Vilnius, Lithuania
Tel.: +375-17-265-69-00
Email: [email protected]
www.axonim.com
Sales representative:
CONTACT
