Syvecs TinyDash

£350.00 (+VAT)

The Syvecs TinyDash is a compact and powerful display designed to offer customers vital real time information from their vehicles electronics.

This palm sized unit has been designed with simplicity in mind and to ensure users a hassle free installation process. It requires only one switched 12v supply along with a two wire CAN bus connection.

Please see the description below for the full specification:

SKU: SYV-TINYDASH Category: Tags: , ,

Description

The Syvecs TinyDash is a 2.4 Inch competitively priced display designed around simplicity. It has been purposely designed to be easy to install and a convenient source of vital information from your powertrain control system.

Syvecs TinyDash Specification:

Features

  • Outputs
    • 2 x PWM Outputs – 2Amp Peak (100ms) / 1Amp Continuous
    • 1 x 5V Sensor Supply (400ma Max)
  • Inputs
    • 3 Analogue/Thermistor Inputs (0-5V) with software pull-up
  • Interfaces
    • USB C For Updates and Configuration
    • 1 x CAN 2.0B, user programmable
    • Power Supply
    • 6 to 26V ignition switched supply
  • Physical
    • Harwin Datamate Connector
    • 78 x 50 x 20 (mm)
    • High-quality anodised CNC aluminium body and military spec wiring (Tyco Spec44) ensures a rigorous and long-term use.

Extensive CAN integration

Syvecs is known industry wide for their OEM/ECU CAN data abilities and the TinyDash is no exception. They have taken their most popular CAN database decoders and placed them within the TinyDash allowing for direct communication to many powertrain CAN buses. This enables users to get information quickly from their vehicle or after-market ECU displayed on the screen without the limitations of the ODBII protocol. A list of supported vehicles/Ecus can be found below.

Supported OEM CAN Platforms:

Syvecs TinyDash Supported OEM Platforms

Supported Aftermarket ECU CAN Platforms:

Should a vehicle/ECU not be listed, installers can use the Syvecs Generic CAN receive and configure their own.

Connectivity

Two low current PWM outputs are included within the Syvecs TinyDash. These are user configurable via the Syvecs SCAL software. Syvecs have even included a Wastegate strategy and Custom PWM strategy to compliment them.

Three analogue inputs are also onboard, each with software selectable pull-ups and allow for many standard analogue and temperature sensors. It is even possible to send this sensor data to your engine controller via CAN increasing system I/O, for example a Calibration Switch.

Customisation, Warnings and Alerts

The Syvecs TinyDash has many customisable display options allowing for tighter integration into existing vehicle colour schemes along with an adjustable backlight which can be controlled via a CAN or an available analogue input.

Users are also able to configure warnings and alerts for temperature, lambda and more.

Intuitive PC Software

Advanced, yet easy to use software. Flexible Input and Output functions, Full CAN BUS configuration, Alarm setups, Layout adjustments

Instant Layout Changing

Via the use of wired switches or CAN messages, the TinyDash is able to jump between layouts instantly to allow users multiple levels of information

Adjustable Backlight

Adjust the Backlight based on variables into the TinyDash. A 0-100% adjustment is available for Day and Night mode, allowing users to dim the backlight when headlights are on for example.

Easy to Mount

The TinyDash can be fitted with many off the shelf 1/4 inch camera brackets or be mounted via the 3 x M3 holes on the back. Either solution offers a strong and firm installation which still allow access to the USB communication port.

Syvecs TinyDash Mount

Boost Controller

The TinyDash is also a boost controller!

Wire in a Map sensor, Cal Switch and a boost solenoid and enjoy wastegate control strategies from Syvecs ECUs with closed loop PID targeting and Phase/Antiphase control

Syvecs Wastegate Control

User Manual

syvecs-tinydash-user-manual

TinyDash User Manual

Estimated dispatch time within 3 working days.

Picture for illustration purposes only. Actual parts may differ slightly in appearance.