1.ICS +JB ROM + Installation +Root
2.Directly Rootable GB ROM + Installation
3.Newer GB ROM(non rootable) + Installation
4.Common issue to be addressed for installation & Root.
 Tools required for Installation[/U]
Odin Download
Password : samfirmware.com
unzip tool
Drivers
windows 32bit
windows 64bit
Pit file for 16GB model- Not for regular installation, use only after expert's advise to revive bricked note 
Opera USB Browser (supports resume download)
Stock JB ROMs

May 2013
N7000XXLT5 N7000OXXLT2 - Hungary
N7000XXLT5 N7000AUTLT2 - Switzerland
N7000XXLT5 N7000OXXLT2 - Serbia (Telenor)
N7000XXLT5 N7000OXXLT2 - Serbia (VIP)
N7000XXLT5 N7000OXXLT2 - Serbia (Telekom)
N7000XXLT5 N7000OXXLT2 - Serbia
N7000XXLT5 N7000OXXLT2 - Croatia
N7000XXLT5 N7000OXXLT2 - Croatia (TELE2)
N7000XXLT5 N7000OXXLT2 - Romania (Cosmote)
N7000XXLT5 N7000OXXLT2 - Baltic

April 2013
N7000XXLSZ N7000OXXLS4 - United Kingdom (Vodafone)
N7000UBLSF N7000DORLS5 - Dominican Republic (Orange)
N7000XXLT4 N7000OXALT4 - Germany

March 2013

N7000XXLSZ N7000OXXLS4 - Poland
N7000ZSLO2 N7000OZSLO2 - Hong Kong
N7000ZSLO2 N7000OZSLO2 - Taiwan
N7000XXLSZ N7000OXELS7 - Ukraine
N7000XXLSZ N7000OXELS7 - Kazakhstan
N7000XXLSZ N7000OXELS7 - Ukraine (Kyivstar)
N7000XXLSZ N7000OJVLSB - Kenya
N7000XXLSZ N7000OJVLSB - South Africa
N7000DXLSE N7000OLBLSE - Singapore (sigtel)
N7000DXLSE N7000OLBLSE - Malaysia
N7000DXLSE N7000OLBLSE - Thailand
N7000DXLSE N7000OLBLSE - Vietnam
N7000DXLSE N7000OLBLSE - Singapore (star hub)
N7000DXLSE N7000OLBLSE - Singapore
N7000DXLSE N7000OLBLSE - Indonesia
N7000DXLSE N7000OLBLSE - Philippines (Sun)
N7000DXLSE N7000OLBLSE - Philippines (Globe)
N7000DXLSE N7000OLBLSE - Philippines (Smart)
N7000JPLSB N7000OJPLSA - Algeria 
N7000DDLSC N7000ODDLSC - India 
N7000DDLSC N7000ODDLSC - Srilanka
N7000DDLSC N7000ODDLSC - Nepal
N7000DDLSC N7000ODDLSC - Bangladesh


Jan & Feb 2013
N7000XXLSZ N7000XENLS4 - Netherlands 
N7000JPLSB N7000OJPLSA - United Arab Emirates
N7000XXLSZ N7000OXELS7 - Russia 
N7000UBLSF N7000UUBLSF - Trinidad and Tobago
N7000XXLSZ N7000ITVLS4 - Italy
N7000XXLSZ N7000OXALSZ - Download - Germany - Mirror 1 - Mirror 2
N7000ZSLM5 N7000OZSLM5 - Download - Hong Kong
N7000ZSLM5 N7000OZSLM5 - Download - Taiwan

Stock ICS ROM

All the ROMs mentioned in this section are only stock ROMs by samsung, and you can flash it using PC Odin without exclamation mark or raising flash counter.
Installation and Rooting guide and required tools is at end of list.

Warning : 
Don't wipe anything from stock ICS recovery
Don't factory reset/Hard reset on stock ICS.
Don't flash any Wipe version of ICS ROM
Read This
this can brick your device. search and read about emmc brick bug.

Here below is stock ICS ROM(Non wipe) list in this order [PDA---version/date yy.mm---CSC---Download link---Region]

Nov12
N7000XXLRU N7000OXELR6 Download - Kazakhstan
N7000XXLRU N7000OXELR6 Download - Russia
N7000XXLRU N7000OXELR6 Download - Ukraine
N7000XXLRU N7000OXELR6 Download - Ukraine (Kyivstar)
N7000XXLRT N7000OJVLR5 Download - Turkey
N7000UBLR3 N7000COOLR1 Download - Colombia
N7000UBLR3 N7000COMLR4 Download - Colombia (Comcel)
N7000UBLR3 N7000ECOLR4 Download - Ecuador
N7000DDLRB N7000ODDLR4 Download - Nepal
N7000DDLRB N7000ODDLR4 Download - Sri Lanka
N7000DDLRB N7000ODDLR4 Download - Bangladesh
N7000DDLRB N7000ODDLR4 Download - India
N7000BULR1 N7000SWCLR1 Download - Switzerland (Swisscom)
N7000UBLR6 N7000MVLLR2 Download - Venezuela
N7000JHLP3 N7000PTRLP3 Download - Israel (Orange/Partner)


Older ISC ROM moved to post #9


-------------------------------------------------
Installation
1.a Pre installation : (For clean installation, optional)
- Make backup with Titanium Backup or other similiar app.
- First wipe cache and data if you are on GB ROM
- If you are on ICS/Custom ROM, make sure you have safe kernel, otherwise first flash it (here is philz safe kernel)and then only wipe cache and data.

1.b Final Installation
- Download ROM, and extract it to .tar file
- Download Odin, open it
- select PDA tab and point to ROM file. Leave Re-partition, pit, CSC, Phone tab unticked (see Image below)
- Switch off device, Put in download mode (Vol down + Home + Power)
- completely close kies, Anti virus if running
- Connect device to PC 
- ID com port shud turn yellow (not shown in image)
Now hit Start


PS:File section name in above image is for demonstration only, you will have according downloaded ROM

After reboot, you will see screen showng android updating, then will install some application.


Rooting 

Rooting Guide + Safe kernel (Stock ICS kernel is unsafe)

N7000B(Thailand ROM) Here

ATTACHED FILES

	Root_SuperSU.0.95.Only-signed.zip - [Click for QR Code] (1.37 MB, 4502 views)
	Root_Busybox_1.20.2_Only_(No_SuperSU)-S2-Update3-signed.zip - [Click for QR Code] (862.6 KB, 2138 views)
	Root_SuperSU.0.95-FreeSpace.zip - [Click for QR Code] (1.37 MB, 1705 views)

how to put font khmer in Xperia Sola ICS 4.0.4

1- you need to install File Manager
  
2- you go setting of file Manager

  

3- you need to check box  on Root Explorer and  Mount System Folder

 

 4- you back to File Manager and copy Font Khmer Unicode that you have  in to your SDcard in to /system /font  them past it  

For SonyEricsson Xperia and JellyBean Font Khmer Unicode

 Source : xda

The circuit schematic is given in the .rar archive attachment. There are two separate detector units. Every detector unit consists of a dipole antenna, a choke and a diode. The antenna receives the GSM signals in media. Then a small amount of charge is induced in the choke. The diode demodulates the signal and finishes detecting. The diodes must be schottky diodes or germanium diodes. Since the forward voltage of a silisium diode is high, it won’t give a sufficient result in this circuit.
LM358 amplifies the received signal. It contains two separate op-amps that are supplied by a common power source. R3 and R7 resistors determine the gain of the amplifiers. When the resistor values are greater than 10M then the noise level increases. If they are small like about 100k, this time it becomes harder to hear the signal.

Figure 1 

The diodes, gain of the amplifiers and the length of the antenna is critical in this circuit. Calculating the length of the antenna is simple. The formulation is given below.
λ=c/f = (300.000km/h)/900MHz =33.3 cm Then; Antenna Length = λ / 2 = 16.6 cm
So there are four pieces of antenna and each one is about 8.3 cm long. The wire type is not critical but its better to choose a fairly thick wire that will not bend too easily. It is a 1.5 mm diameter wire seen in the photo that we used. The two antennas must be positioned perpendicularly.

Figure 2 

The chokes are 10 turn molded chokes. The wire diameter should be about 0.5 – 06 mm and wound around a 5 mm cylindrical object.
Diodes are very critical. You should use one of BAT43, BAT45, AA112, AA116 or AA119. When a silisium diode is used the circuit also works but the detecting area becomes very very narrow.
Schematic and PCB layouts

Source : web

This project involves conducting an adapter plate to use the PIC18F67J60 in PICTrainer MultiBoard has developed our friend Felixls and implement the TCP / IP stack from Microchip with some customizations. The hardware needed is:

MultiBoard PICTrainer 2.0 developed by Felixls.

Adapter for PIC18F67J60 with Ethernet connector.  Schematic and PCB.

alternative link: pic18f67j60-microchip-tcp-ip-internet-Booted-kontrol.rar alternative link2 alternative link3

Source : Web 

PIC18F2550 microcontroller PID motor control based on Labview software can be used with PIC18F2550 PIC18F2550

Source: cristpalma.blogspot.com/2011/11/control-pid-para-motor-dc-lectura-y.html alternative link:PIC18F2550-pid-motor-control-labview.rar alternative link2 alternative link3

6-Legged Robot Project PIC18F46K20 microcontroller and XBee module is based on two robot body, legs and so on. prepared with parts such as printed circuit plate. Pcb robot project a lot easier to handle because it is being used plates. Prepared with PIC18F46K20 assembly source software. Asm and hex code are. Also ares proteus pcb, isis 's simulation dosyalarıda.

link: six-legged-robot-project-pic18f46k20.rar alternative link2 alternative link3

Source: Web

Computer-controlled, Internet Supported Greenhouse Automation

In this study, the automation systems used in greenhouses to address the shortcomings more flexible, more convenient and responsive to every need is to establish an automation system. The greenhouse temperature, relative humidity, and light as well as climate values, automatic and remote control capabilities. That the use of software and a hardware that can be controlled by the computer is designed.

Automation system worked on every kind of measuring element ( sensor, the converter ) and all control elements are designed to work with the program. To do this, on the four analog, one digital input and digital output on the multi-purpose electronic units designed a card. To achieve the flexibility of the card, a micro-controller which can be programmed into the PIC16F873 element used.

Control program, designed to communicate with the electronic card is written. Thus, all the cards are connected to the system will be controlled by the computer. Measuring any desired element of the control member in any desired analog input and output control program and to allow the connection of the electronic card is designed to be flexible. Measuring data collected with the control program stored in a data base. In addition, thanks to the automation system's web interface, the measurement data will be able to reach the internet.

Greenhouse Automation PIC16F873 source file: pic16f873-greenhouse-automation-delphi-php.rar alternativelink2

Source : Web

Xilinx Xilinx JTAG Programmer Circuit DLC5 doing DLC5 lpt port LPT JTAG programmer programming has a few passive circuit on the circuit board material and other materials, other than two 74hc125n IC Xilinx JTAG DLC5 printed circuit board size is quite small SMD type integrated circuit lpt parallel port JTAG Xilinx DLC5 works without the need for an additional adapter is supplied.

Xilinx JTAG programmer Circuit lpt port LPT out DLC5 programming doing a few passive material, and 2 on the circuit's 74hc125n Integration Xilinx JTAG DLC5 SMD printed circuit board materials are relatively small in size apart from other types of integrated circuits DLC5 Xilinx JTAG adapter, an additional circuit is fed through the parallel port lpt without the need for running.

Xilinx DLC5 pcb, schema eagle: Xilinx-dlc5-lpt-jtag-programmer-devresi.rar 

Source : web 

The system was designed as a peripheral for another processor so it also had an SPI command interface that allowed it to be communicated with on a high level while it controlled the motors on a low level. The peripheral had a serial console that allowed you to tune, test, and drive the robot.

The Control Loop

We implemented a PID (Proportional, Integral, and Differential) control loop to control the speed of the motors. The speed of the motors is manipulated by altering the duty cycle of a PWM signal generated by the processor. The duty cycle of this signal is known as the control value. below is a functional diagram of the control loop.

The position control algorithm allowed the robot to approach its target distance at any speed. Then, as the target approached, it would slow its speed so that it could stop accurately when desired. This was achieved with a simple algorithm diagramed below.

The motors position was monitored and continuously updated in local variables. Once the motors reached a distance a certain threshold before the desired position, the position control section of the algorithm would command the motors to stop. This would ensure that as the motors slowed down and achieved a speed of zero the robot would be at the desired position. These two systems were independent for the left and right wheel so that they could be commanded to go different distances for turning purposes.

Downloads

PID C Code (8kb)
Motorboard Schematic (184kb)
Motorboard Layout (54kb)

Source: PIC Micro-Controller PID alternative link for the files: pic18f252 micro-controller-with-pid-control

Manufactured by Microchip PIC microcontrollers, LED drivers, LED control ICs prepared for the sample applications, and design notes 

750 kHz MCP1650 Boost Controller 
PIC12HV615 microcontroller Digital Constant Current Power LED Driver for 
LED Lighting MCPXX Adding Intelligence to Lighting Applications 
PIC16F785 Buck-Boost LED Driver power 5.5W 
DMX512 DMX512 Communication Protocol 
Buck Configuration High-Power LED Driver for PIC12F675 
MCP1650 BOOST Designing a Boost-Switching Topology Regulator 
Designing with HV Microcontrollers 
MCP1650 Efficiently Powering Nine White LEDs 
LED Lighting Design Guide 
MCP1630v High-Speed, Microcontroller-Adaptable, Pulse Width Modulator 
MCP1252-3, Low Noise, Positive-Regulated Charge Pump 
Charge Pump Backlight LED Demo Board MCP1252 
MCP1630 Boost Mode LED Driver Demo Board 
MCP1650 Multiple White LED Demo Board 
Demo Board MCP1650 Sepic 
Simple MCP1612 Synchronous Buck Converter Design

LED Lighting Applications: microchip-led-lighting-application-design-kilavuzu.RAR alternative link2alternative link3

Source : web