Trizeps-VI

Picture: (Trizeps-VI)

• Marvell Sheeva PXA168 CPU up to 1.1 GHz (core compatible to well known: XScale technology)
• 128 or 256 MByte DDR2-RAM (512MB possible as soon as DDR2 with this density availlable)
• 128,256 or 512 MByte NAND-Flash
• 1 x Micro SD Socket on board ( storage enhancement up to 32GB with uSDHC-cards possible.)
• LCD support up to WUXGA (1920×1200), 12/16/18 and 24bpp active or passive color panels.
• 1 x USB 2.0 Highspeed Host
• 1 x USB 2.0 Highspeed OTG (Host+Slave)
• PCI-Express
• WLAN 802.11 b/g
• Bluetooth v2.0 + EDR
• 100/10 MBit Ethernet.
• 3 Serial Interfaces (UART)
• 2 x SD/MMC/SDIO card interface, 4Bit wide
• 4-in-1 card reader (xD-memory, MMC, SD, Memory Stick)
• Compact Flash card interface
• Camera Interface
• SPI, I2C, PWM
• CPLD (128 or 256 Macrocells)
• 20 Bit Stereo, low-noise design, programmable sampling rates, headphone out
• Line input stereo and Microphone input (mono) for electret-capacitor microphones
• 4-wire resistive touch interface
• 4 x 10 Bit ADC
• DDR-SODIMM-200 connector (eg. AMP 1376408-1) compatible to Trizeps-III, Trizeps-IV, Trizeps-IV WL and Trizeos-V series.
• High efficency switch-mode core voltage regulator with dynamic core voltage support
• Supply with single +3V3 or direct LiIon input (Assembly Option)

obsolete modules

• Product-Brief: trizeps6-product-brief.pdf
• Datasheet: trizeps6_datasheet_2011_08_18.pdf
• PXA168-Product-Brief:marvell_pxa168_product_brief.pdf
• Pin List: sodimm200_standard_v3.xls
• Trizeps6 CPLD

• Bootloader for PXA168
• BSP for Trizeps VI

• 3D Model (stl)
• 3D Model (step) trizeps_vi_260110.stp.zip
• 3D Model (iges) trizeps_vi_260110.igs.zip
• 3D Model (Rhino) trizeps_vi_260110.3dm.zip

THESE ARE PRELIMINARY VALUES
OPTIMIZED VALUES CAN BE EXPECTED IN FUTURE-BSP's
These measurements are only an indication of typical power consumption.
It is recommended to use a 3,3V voltage-regulator with 1A nominal output.
Running: maximum current measured during benchmark-test.
Idle: minimum current measured while OS is running, with no user activity or additional applications running. Idle is entered and exit automatically during inactivity with no time penality.
Suspend: current measured during suspend state. Suspend is entered with a call to GwesPowerOffSystem() or Start→Suspend. Suspend state can be exit with different events ( i.e. touch-press). Time penality to exit suspend is about 1 second.

Running at 1.2GHz.
Bootloader-Version: -
Windows Embedded CE 6.0 image.

Running at 1.1GHz.
Bootloader-Version: 09.09.2010
Windows Embedded CE 6.0 image.

Currently the module draws a suspend-current of 25mA.
Ethernet-traffic adds 25 to 50 mA.