Silent perforation in surgical gloves occur frequently and most often medical personnel are unaware of such an occurrence until they notice blood on their hands, indicating a breached glove. The use of double gloves reduces sensitivity thus affecting performance and is therefore not a popular option. With the Glove Puncture Detection System, such problems are completely eliminated. Low Power LPC2478 based Board with The following LPC2478 ARM7TDMI Microcontroller External Memory 512Mbit 2 Serial Ports 320,240 3.5" TFT graphical LCD SD card Interface 100M on board Ethernet Advanced Power management interface USB2 Host Port USB2 Device Port On Board RTC With Battery Backup 2 Serial Ports 1 CAN Port     Remote Power Supply Controller developed for TIFR Mumbai With 16x2 LCD 2000V RMS Isolation for controlling remote applications ATME L Atmega 128 based Baord for OEM and Development Purpose Low power working on 3.3V On Board Ethernet Interface 10M All IO Ports available via Header 2 Serial Port Interfaces Small Reset Pin Onboard External     Power     via      USB Connector/Rallimate 2 Pin Connector 8/10 bit ADC on chip working upto External Power upto 9V       LPC2378 ARM7TDM Microcontroller USB Interface 4X4 Keypad 2 Serial Ports On Baord MCP4922 12 Bit DAC On Board AD7908 ADC 128x64 Monochrome LCD 8Most GPIO Pins available on header Glove puncture Detector