ADVANTECH
SOLID STATE DRIVE (SSD)
Q1/2016 Roadmap
PAPS Product Management
Q1/2016
PAPS
PAPS SSD Product Portfolio
Intel® SSD Solution
High Input Output per second. Best for
server applications.
Plextor® SSD Solution
Excellent Sequential R/W for enterprise
Form Factor
NVME 2.5”
NVME HHHL
SATAIII 2.5”
Form Factor
SATAIII 2.5”
mSATA
application requiring high R/W performance.
Transcend 370 Solution
Extended temperature(-10° – 80°& -40°-80°) best
for tough environment applications.
Form Factor
SATAIII 2.5”
mSATA
M.2
PAPS
PAPS SSDs Add-ons Value
Fixed F/W
and
Fixed Memory
Reliability
Quality
System
Compatibility
Premium
NAND
Intel Data Center SSDs Features
Breakthrough Performance
Up to six times faster data transfer speed than 6 Gbps
SAS/SATA SSDs. The performance of a single drive from the
Intel SSD Data Center Family for PCIe, specifically the Intel®
Solid-State Drive Data Center P3700 Series (460K IOPS).
Modernizes Data Center Storage
Intel led the industry in creation of a new Non-Volatile
Memory Express* (NVMe) storage interface standard.
NVMe overcomes SAS/SATA SSD performance limitations
by optimizing hardware and software to take full
advantage of NVM SSD technology.
Comprehensive Solution
Intel is driving transition to NVMe SSDs by providing a
comprehensive product line, enabling extensive system
compatibility, delivering Intel® drivers as well as
supporting industry driver development, and completing
numerous industry-standard compliance certifications.
Proven Quality and Reliability
Intel SSD Data Center Family for PCIe devices are based on
Intel®-developed controller, firmware, and leading
manufacturing process NAND flash memory. Rigorous
qualification and compatibility testing ensures a highly
reliable SSD.
Plextor SSDs Features

High Tg (Glass Transition Temperature) Value PCB for better heat and
bending resistance
 Over Voltage Protection
 Product Longevity (3 years)
 AES (Advanced Encryption Standard) Encryption
 Fixed Firmware
 Better Lead Time
 Type C NAND
Plextor SSD Focus on
Server-Class
Controller
Q1/2016
Best Japanese
Components
Exclusive
Firmware
Excellent Quality
True Speed Advantages- Plextor
Clean State
The extensive read and write of large
amount of temporary files, or frequent
add and delete of files, or producing
numerous fragmented files may cause
memory block to become dirty state.
The test result shows how SSD
performance are affected before and
after the block became dirty in the
IOmeter benchmark test. After a heavy
usage for processing everyday office
application, the average write speed
dropped significantly
Q1/2016
Dirty State
True Speed Advantages- Plextor
True Speed
performs an unique
algorithm to ensure data block write
optimization by utilizing internal
cache to perform the block erase
process and garbage collection to
speeds up the data writing speed.
So even after long usage, Plextor SSD
can still maintain the same level of
performance as a new drive. This
perfectly overcomes the slowdown
problems associated with dirty state
SSDs.
Q1/2016
Transcend 370 SSDs Features
Wide Temperature
Ultra-Slim, Ultra-portable
Q1/2016
More space. More to store
Power saving. Fast response
SSD Naming Convention
96 Part Number
9
6
F
Flash Memory
FD=Solid State Drive
D
1
8
Form
Factor
S
Interface
18=1.8”
25=2.5”
35=3.5”
42= M.2
22mmx42mm
60=M.2
22mmx60mm
80=M.e
22mmx80mm
mSATA & half
slim = Blank
S=SATA
P=PCIE
M=Mini SATA
N=NGFF
H=HALF SLIM
8
0
I
Capacity
Application
8G=8GB
16=16GB
32=32GB
64=64GB
128=128GB
256= 256GB
512=512GB
1TB=1TB
Color / Symbol Key
Q1/2016
I= Industrial Temp
I
N A
Product Series
INA=Intel 335
INB=Intel S3500
PLG=Plextor G
TR7=Transcend370B
IN=Innodiskk
80GB
96FD18-S80-INB
240GB
SATA 1.8” FLASH DRIVE (0~70°C) MLC
96FD18-S240-INB
IntelSSD DC S3500 80GB, 1.8" SATAIII, MLC 5mm EOL: Q1/2016
IntelSSD DC S3500 240GB, 1.8" SATAIII, MLC 5mm EOL:Q1/2016
Q1/2016
Q1/2016
Q2/2016
Q3/2016
Q4/2016
80GB
SATA 2.5” 7MM FLASH DRIVE (0~70°C) MLC
96FD25-S80-INB
IntelSSD DC S3500 80GB, 2.5" SATAIII, MLC 7mm EOL:Q4/2015
96FD25-S80-INB1
240GB
160GB
120GB
IntelSSD DC S3510, 80GB, 2.5" SATAIII, MLC
96FD25-S120-INB
IntelSSD DC S3500 120GB, 2.5" SATAIII MLC 7mm EOL:Q4/2015
96FD25-S120-INB1
IntelSSD DC S3510 , 120GB, 2.5" SATAIII, MLC
96FD25-S160-INB
IntelSSD DC S3500 160GB, 2.5" SATAIII MLC 7mm EOL:Q2/2016
96FD25-S240-INB
IntelSSD DC S3500 240GB, 2.5" SATAIII MLC 7mm EOL:Q4/2015
96FD25-S240-INB1
480GB
300GB
IntelSSD DC S3510, 240GB, 2.5" SATAIII, MLC
96FD25-S300-INB
IntelSSD DC S3500 300GB, 2.5" SATAIII, MLC 7mm EOL:Q4/2015
96FD25-S480-INB
IntelSSD DC S3500 480GB, 2.5" SATAIII, MLC 7mm EOL:Q4/2015
96FD25-S480-INB1
600GB
IntelSSD DC S3510 , 480GB, 2.5" SATAIII, MLC
96FD25-S600-INB
IntelSSD DC S3500 600GB, 2.5" SATAIII MLC 7mm EOL:Q2/2016
Q1/2016
Q1/2016
Q2/2016
Q3/2016
Q4/2016
32GB
96FD25-S032-PLG
64GB
96FD25-S064-PLG
128GB
96FD25-S128-PLG
256GB
96FD25-S256-PLG
512GB
96FD25-S512-PLG
1TB
SATA 2.5” 7MM FLASH DRIVE (0~70°C) MLC
96FD25-S1TB-PLG
Plextor SSD 32GB, 2.5" SATAIII, MLC 7mm
Plextor SSD 64GB, 2.5" SATAIII, MLC 7mm
Plextor SSD 128GB, 2.5" SATAIII, MLC 7mm
Plextor SSD 256GB, 2.5" SATAIII, MLC 7mm
Plextor SSD 512GB, 2.5" SATAIII, MLC 7mm
Plextor SSD 1TB, 2.5” SATAIII, MLC 7mm
Q1/2016
Q1/2016
Q2/2016
Q3/2016
Q4/2016
mSATA FLASH DRIVE (0~70⁰C) MLC
32GB
96FD-M032-PLG
Plextor SSD 32GB, mSATA SATAIII, MLC EOL:Q4/2015
96FD-M032-PLG1
64GB
Plextor mSATA, PX-32G7Me, A19nm, 32GB, SATA 6GB/s
96FD-M064-PLG
Plextor SSD 64GB,mSATA SATAIII, MLC EOL:Q4/2015
96FD-M064-PLG1
128GB
Plextor mSATA, PX-64G7Me, A19nm, 64GB, SATA 6GB/s
96FD-M128-PLG
Plextor SSD 128GB, mSATA SATAIII, MLC EOL:Q4/2015
96FD-M128-PLG1
256GB
Plextor mSATA, PX-128G7Me, A19nm, 128GB, SATA 6GB/s
96FD-M256-PLG
Plextor SSD 256GB, mSATA SATAIII, MLC EOL:Q4/2015
96FD-M256-PLG1
512GB
Plextor mSATA, PX-256G7Me, A19nm, 256GB, SATA 6GB/s
96FD-M512-PLG
Plextor mSATA, PX-512G7Me, A19nm, 512GB, SATA 6GB/s
Q1/2016
Q1/2016
Q2/2016
Q3/2016
Q4/2016
32GB
96FD-H032-PLG
64GB
96FD-H064-PLG
128GB
HALF SLIM SATA FLASH DRIVE (0~70⁰C) MLC
96FD-H128-PLG
Plextor SSD 32GB HALFSLIM SATAIII MLC
Plextor SSD 128GB, HALF SLIM SATAIII MLC
Plextor SSD 128GB, HALF SLIM SATAIII MLC
Q1/2016
Q1/2016
Q2/2016
Q3/2016
Q4/2016
64GB
96FD42-N064-PLG
128GB
M.2 2242 FLASH DRIVE (0~70⁰C) MLC
96FD42-N128-PLG
Plextor PX-64G7Ge, SSD 64GB M.2 2242 MLC
Plextor PX-128G7Ge, SSD 128GB M.2 2242 MLC
64GB
96FD80-N064-PLG
128GB
96FD80-N128-PLG
Plextor PX-128G7Ne, SSD 128GB M.2 2280 MLC
256GB
M.2 2280 FLASH DRIVE (0~70⁰C) MLC
Plextor PX-256G7Ne, SSD 128GB M.2 2280 MLC
Plextor PX-64G7Ne, SSD 64GB M.2 2280 MLC
96FD80-N256-PLG
Q1/2016
Q1/2016
Q2/2016
Q3/2016
Q4/2016
32GB
96FD25-S032-TR7
64GB
96FD25-S064-TR7
128GB
96FD25-S128-TR7
256GB
96FD25-S256-TR7
512GB
96FD25-S512-TR7
1TB
SATA 2.5” 7MM FLASH DRIVE (-10~80°C) MLC
96FD25-S1TB-TR7
Transcend370 SSD 32GB, 2.5" SATAIII, MLC 7mm
Transcend370 SSD 64GB, 2.5" SATAIII, MLC 7mm
Transcend370 SSD 128GB, 2.5" SATAIII, MLC 7mm
Transcend370 SSD 256GB, 2.5" SATAIII, MLC 7mm
Transcend370 SSD 512GB, 2.5" SATAIII, MLC 7mm
Transcend370 SSD 1TB, 2.5" SATAIII, MLC 7mm
Q1/2016
Q1/2016
Q2/2016
Q3/2016
Q4/2016
32GB
96FD25-S032-ITR4
64GB
96FD25-S064-ITR4
128GB
96FD25-S128-ITR4
256GB
96FD25-S256-ITR4
512GB
96FD25-S512-ITR4
1TB
SATA 2.5” 7MM FLASH DRIVE (-40~90°C) MLC
96FD25-S1TB-ITR4
Transcend370 W-temp SSD 32GB, 2.5" SATAIII, MLC 7mm
Transcend370 W-temp SSD 64GB, 2.5" SATAIII, MLC 7mm
Transcend370 W-temp SSD 128GB, 2.5" SATAIII, MLC 7mm
Transcend370 W-temp SSD 256GB, 2.5" SATAIII, MLC 7mm
Transcend370 W-temp SSD 512GB, 2.5" SATAIII, MLC 7mm
Transcend370 W-temp SSD 1TB, 2.5" SATAIII, MLC 7mm
Q1/2016
Q1/2016
Q2/2016
Q3/2016
Q4/2016
32GB
96FD-M032-TR7
64GB
96FD-M064-TR7
128GB
96FD-M128-TR7
256GB
96FD-M256-TR7
512GB
mSATA FLASH DRIVE (-10~80°C) MLC
96FD-M512-TR7
Transcend370 SSD 32GB, mSATA SATAIII, MLC
Transcend370 SSD 64GB, mSATA SATAIII, MLC
Transcend370 SSD 128GB, mSATA SATAIII, MLC
Transcend370 SSD 256GB, mSATA SATAIII, MLC
Transcend370 SSD 512GB, mSATA SATAIII, MLC
Q1/2016
Q1/2016
Q2/2016
Q3/2016
Q4/2016
32GB
96FD42-N032-TR7
64GB
96FD42-N064-TR7
128GB
96FD42-N128-TR7
256GB
M.2 2242 FLASH DRIVE (-10~80°C) MLC
96FD42-N256-TR7
Transcend370 SSD 32GB, M.2 2242 SATAIII, MLC
Transcend370 SSD 64GB, M.2 2242 SATAIII, MLC
Transcend370 SSD 128GB, M.2 2242 SATAIII, MLC
Transcend370 SSD 256GB, M.2 2242 SATAIII, MLC
Q4/2015
Q1/2016
Q1/2015
Q2/2016
Q3/2016
32GB
96FD80-N032-TR7
64GB
96FD80-N064-TR7
128GB
96FD80-N128-TR7
256GB
M.2 2280 FLASH DRIVE (-10~80°C) MLC
96FD80-N256-TR7
Transcend370 SSD 32GB, M.2 2280 SATAIII, MLC
Transcend370 SSD 64GB, M.2 2280 SATAIII, MLC
Transcend370 SSD 128GB, M.2 2280 SATAIII, MLC
Transcend370 SSD 256GB, M.2 2280 SATAIII, MLC
Q4/2015
Q1/2016
Q1/2015
Q2/2016
Q3/2016
SSD Performance Chart
Intel DC S3500
Form Factor
Target Market
Capacity (GB)
Seq. Read Peak
(MB/s)
Seq. Write Peak
(MB/s)
SATAIII 2.5” X
9.5mm
Micro SATA III
1.8”
Large Data Center
Plextor G Series
SATA III 2.5” 7mm
mSATA
Industrial Application
Transcend 370
SATA III 2.5” 7mm
mSATA
Wide Temperature
Environment
Wide Temperature
Environment
80/120/240/480/
600
80/240
32/64/128/256
32/64/128/256
32/64/128/256/512/1T
32/64/128/256/512
80GB:340MB
80GB:340MB
32/64GB:360MB
32GB:390MB
32GB:260MB
32GB:230MB
120GB:445MB
240GB:500MB
128/256GB:530MB
64GB:530MB
64GB:520MB
64GB:450MB
128GB:530MB
128GB:570MB
128GB:550MB
256GB:520MB
256GB:570MB
256GB:550MB
512GB:570MB
1TB:570MB
512GB:570MB
240GB+:500MB
80GB:100MB
80GB:100MB
32GB:80MB
32GB:70MB
32GB:40MB
32GB:40MB
120GB:175MB
240GB:260MB
64GB:160MB
64GB:150MB
64GB:90MB
64GB:80MB
240GB:260MB
128GB:310MB
128GB:300MB
128GB:170MB
128GB:170MB
600GB:410MB
256GB:440MB
256GB:410MB
256GB:310MB
256GB:320MB
512GB:470MB
512GB:470MB
1TB:470MB
80GB:70K
80GB:70K
32/64GB:40K
32GB:41K
32GB:20K
32GB:20K
120GB+:75K
240GB+:7.5K
128GB:89K
64GB:70K
64GB:40K
64GB:40K
256GB:95K
128GB:75K
128GB:70K
128GB:70K
256GB:74K
256GB:75K
256GB:75K
512GB:75K
1TB:75K
512GB:70K
Max Write IOPS
Max Read IOPS
Q1/2016
80GB:7K
80GB:7K
32GB:20K
32GB:19K
32GB:10K
32GB:5K
120GB:7.5K
240GB:7.5K
64GB:40K
64GB:39K
64GB:20K
64GB:10K
240GB:7.5K
128GB:75K
128GB+:70K
128GB:40K
128GB:40K
600GB:11K
256GB:80K
256GB:75K
256GB:70K
512GB:75K
1TB:75K
512GB:75K
Thank you
Q1/2016
SSD Market Trend
Q1/2016
PAPS
Differences between M.2 and mSATA
M.2 or NGFF ( Next Generation Form Factor) is a new specification for
computer with limited internal space.
It is used to replace mSATA and has more flexible physical form factor allowing
different module widths and lengths. With more advanced features, M.2 is more
suitable for varieties of industrial PC applications
mSATA
M.2
Full Size 50.8mm
Half Size 26.8mm
Type 22110 110mm
Type 2280 80mm
Type 2260 60mm
Standard
width
29.85mm
22mm
Standard
Thickness
4.85mm
Single side 2.15mm
Double side 3.58mm
Form
factor
Q1/2016
SSD Product Comparison – Enterprise
E50
X210
SP610
SSD 3510
Product Spare Block Indicator
NAND Flash Type
MLC (Sync.)
MLC (Sync.)
MLC (Sync.)
MLC (Sync.)
16GB ~ 1TB
16GB ~ 256GB
128GB ~ 1TB
128GB ~ 512GB
80~480 GB
512GB
520MB/450MB
535MB/500MB
560MB/450MB
505MB/470MB
500MB/440MB
Seq. Read
256 GB
/Write
530MB/440MB
5350MB/500MB
560MB/290MB
505MB/470MB
500MB/260MB
128GB
520MB/310MB
535MB/500MB
560MB/150MB
505MB/330MB
500MB/135MB
512GB
94K/73K
52K/31K
73K/72K
89K/58K
75K/11K
256 GB
94K/85K
59K/76K
75K/67K
88K/60K
68K/10K
128GB
92K/73K
85K/79K
66K/35K
86K/55K
68K/5K
Operating
Standard
Temp
0°C ~ 70°C
0°C ~ 70°C
0°C ~ 70°C
0°C ~ 70°C
0°C ~ 70°C
Features
Advanced Write
Optimization
DuraClass
Short Circuit
Protection
Unexpected Power
Loss Protection
—
Capacity
4K
Radom
Read
/Write
Q1/2016
MLC (Sync.)
SSD Product Comparison – Industrial System
SFD 25A-M
3MG-P
3MR-P
PS3108
PS3109
Product
NAND Flash Type
Capacity
Seq.
Read
Seq.
Write
MLC (Sync.)
32 GB ~ 1TB
MLC
MLC (Sync.)
(Async.)
MLC (Async.)
MLC (Sync.)
MLC (Sync.)
MLC (Sync.)
16GB ~ 256GB
8GB ~ 512GB
32GB ~ 512GB
Up to 1TB
4G ~ 256GB
N/A
460MB/s
500MB/s
500MB/s
N/A
512GB
570MB/s
256 GB
570MB/s
385MB/s
450MB/s
—
460MB/s
—
500MB/s
128GB
570MB/s
385MB/s
450MB/s
—
460MB/s
—
—
512GB
470MB/s
240MB/s
260MB/s
460MB/s
N/A
256 GB
310MB/s
170MB/s
430MB/s
—
240MB/s
—
200MB/s
128GB
170MB/s
170MB/s
300MB/s
—
240MB/s
—
—
N/A
Operatin
Standard
g Temp
-10°C ~ 80°C
-40°C ~ 90°C
0°C ~ 70°C
0°C ~ 70°C
0°C ~ 70°C
0°C ~ 70°C
0°C ~ 70°C
Features
Advanced Power
Shield (HW)
Power Failure
Management
iCell (optional)
iCell
—
—
Q1/2016
SSD EOL Procedure

In order to optimize support and product
management, PAPS will follow the SSD phase-out
procedure as below.
2 Month
3 Month
Official EOL
Announcement
Last Time
Buy Order
Replacement and Evaluation Approval
Q1/2016
EOL