The document discusses several distinctive technologies used by Innodisk to make industrial-grade flash disks, including: 1. iCell Technology which provides power after host power off to ensure all data is written to flash without data loss. 2. EverGreen Architecture which uses an L2 architecture to improve write performance and lifespan. 3. iSMART tool which supports monitoring temperature, lifespan, performance and updating firmware for Innodisk products. 4. CF-SATA which replaces CompactFlash with a SATA interface to support higher capacities and transfer speeds for industrial applications.

1. WHAT ARE THE
DISTINCTIVE
TECHNOLOGIES USED
BY INNODISK TO
MAKE REAL
INDUSTRIAL GRADE
FLASH DISKS?

2. *iCell Technology
*EverGreen Architecture
*PIN7 VCC
*iSMART tool
*CF-SATA

3. HOST
iCell
Technology
innoDisk
ID 102
Flash Flash Flash Flash
Flash Flash Flash Flash
DRAM
Buffer
HOST Interface
iCell technology is able to provide
power after host power off.
The SSD controller can write all DRAM
buffer data to flash.
iCell Technology can ensure all data
can be written to disk without any
data loss.
Save all DRAM data Under 60ms
iCell Technology

4. New Unit Write Data
Disk Full: Need to
Overwrite Data
L2 Architecture
Data 1 Data 1
Data 2
Data 1
Data 2
Data 3
Data 1
Data 2
Data 3
Data 4
Program:
Erase Whole Unit
Erase
Count +1
Write Data Write Data Write Data
SSD Program Unit
New Unit
Data
Write DataProgram:
Erase Whole Unit
Data
Write DataProgram:
Erase Whole Unit
Data
Write DataProgram:
Erase Whole Unit
New Unit
Data
Data
Data
Write Data
General SSD Architecture L2 Architecture
Data
Data
Program:
Erase Whole Unit
Erase
Count +1
Erase
Count +1
Erase
Count +2
Erase
Count +3
New Unit Write Data Program:
Erase Whole Unit
Write Data Program:
Erase Whole Unit
Disk Full: Need to
Overwrite Data
General SSD Architecture
Data 1
Erase
Count +1
Data 2 Data 3
Erase
Count +1
Write Data Program:
Erase Whole Unit
Data 4
Erase
Count +1
Write Data
Erase
Count +1
Program:
Erase Whole Unit
EverGreen Architecture

5. New iSmart Tool
1. Support all of SSD/HDD
2. Enhanced for InnoDisk products
3. Temperature & Lifespan Monitoring
4. Performance & alert function
5. Update firmware

6. • ±6% Current-Limit Accuracy at 1.3 A
• Meets USB Current-Limiting Requirements
• Backwards Compatible with TPS2550/51
• Adjustable Current Limit, 75 mA–1300 mA (typ)
• Constant-Current (TPS2552/53) and Latch-off
(TPS2552-1/53-1) Versions
• Fast Overcurrent Response - 2-µS (typ)
• 85-mΩ High-Side MOSFET (DBV Package)
• Reverse Input-Output Voltage Protection
• Operating Range: 2.5 V to 6.5 V
• 1-µA Maximum Standby Supply Current
• Built-in Soft-Start
• 15 kV ESD Protection per IEC 61000-4-2 (with External Capacitance)
• –40°C to 85°C (AMBIENTTEMPERATURE)
R0603
SB GPIO 1_
EX: SB_GPIO1 set as input
(for over current flag)
FLAG
R0402R26
47K
R2
47K
7
EN_SATA5V
U5
1C5
10uF/6.3V
C0805
FAULT
2
3 4
5
6
E N
I N
GND LIM
OUT
TI: TPS2553DBV-1 ( )Latch off type
1.3ACurrent Limit at
TI: TPS2553DBV-1
SOT-23-6
SB GPIO 1_
R25
1K
1 2
12
12R0402
VCC 5V
R0402
R28
20K
12
C6
10uF/6.3V
C0805
SATA7P-Male-DIP180
SATA7P-DIP180
HOST_RXP
HOST_RXN
HOST_TXN
HOST_TXP
7
6
5
4
3
2
1
J2
TO DEVICE
HOST RX <===> DEVICE TX
HOST TX <===> DEVICE RX
7
TXP
TXN
4
RXN
RXP
1
TXRX
Power Pin7 reference Circuit
Design for Intel Server Board

7. Intel Server board support Pin7 list
# procs segment Launching Current Board Rev Supports pin7
1S DT Rainbow Pass-EV 1H’13 G62250-103 Yes, but port 4 only
EN Freemont Pass shipping G49708-203 No
Salmon Pass shipping G30309-201 Yes, but port 1 only
Jackson Pass shipping G42643-203 Yes, but port 0 only
2S EN Swiftcurrent Pass shipping G18552-301 No
Eagle Pass shipping G18565-204 Yes, but port 0 only
Granite Pass shipping G31611-205 Yes, but port 0 only
Black Bear Pass shipping G27007-350 Yes, port 1
Lincoln Pass shipping G18580-205 Yes, port 0
EP Canoe Pass shipping E99552-561 No
Jefferson Pass shipping G17104-506 Yes, port 1
JFP bridge board shipping G16439-401 Yes
Washington Pass shipping G17128-204 Yes, port 1
Grizzly Pass 16 shipping G29051-351 Yes, ports 0 and 1
Grizzly Pass 24 shipping G11481-352 Yes, ports 0 and 1
Iron Pass shipping G20993-303 No
Crown Pass shipping G21602-302 No
Copper Pass shipping G35870-101 Yes, but port 0 only
King Island shipping G29897-301 Yes, port 0
4S EP Lizard Head Pass shipping G30981-502 Yes, ports 0 and 1

8. Partner Endorsement
3/27/12, Intel announced the Romley server platform that
recommends only Innodisk SATADOMs.

9. CFAST vs. CF vs. CF-SATA
Cfast D150Q CF 4000 CF SATA
Capacity 2GB~32GB 2GB~16GB 2GB~64GB
Interface 7pin SATA signal + 17
power supply
50pin Compact Flash 50pin Compact Flash
4 pin SATA from reserved
Transfer rate SATA II UDMA 0-6/PIO 0-4 SATA II
Data Transfer
Rate
Read: 125MB/sec
Write: 120MB/sec
Read: 40MB/sec
Write: 20MB/sec
Read: 120MB/sec
Write: 95MB/sec
Operation Temp. 0℃~70 ℃(Standard) -40℃~+85 ℃(Industrial)
Operation Voltage 3.3V 5V 5V
Dimension 36.4x42.8x3.6mm(LxWxH) 36.4x42.8x3.3mm(LxWxH) 36.4x42.8x3.3mm(LxWxH)

10. Model Name CF-SATA
Capacity 2GB~32GB
Sequential R/W
(MB/sec, max.)
120 / 95
Vibration 20G (7~2000Hz)
Shock 1500G / 0.5ms
Operation temp.
(STD / WTD)
0℃~+70℃
-40℃~+85℃
ATA Security Supported
SMART Supported
Cost
• Replace CF
• 50pins with SATA interface
• Support to 64GB
• High-reliability: anti-shock & vibration
• Excellent data transfer speed
• Static wear-leveling algorithm
•Support Thermal Sensor
R: 130MB
W: 120MB
Wear
LevelingPIO 0~4
Support
MDMA
UDMA
S.M.A.R.T
SATA Signal
Pin Pure IDE Mode CF_SATA Protocol
1 DGND DGND
8 DGND AGND
10 DGND TX+
11 DGND TX–
12 DGND AGND
13 VCC5 VCC5
14 DGND AGND
15 DGND RX-
16 DGND RX+
17 DGND AGND
38 VCC5 VCC5
40 DGND GPIO (W/T, Security..)
CF-SATA

11. CF-SATA Design in and win
Design in:
ASUS(華碩), AAEON(研揚), Adlink(凌華), Avalue (安勤), Axiomtek(艾訊), PerfecTron, Lanner(立端),
Portwell(瑞傳)…..
Verifying & Testing
Kontron, B&R, Prosoft, Rohde & Schwarz, MSI(微星), Arbor (磐儀), Fabia(函數)、ubiqconn(攸泰), FIC(大眾),
ASTEC (星安科技) …

12. 1