본문 바로가기
로그인

CHIP

Semiconductor System Lab

Through this homepage, we would like to share our sweats, pains,
excitements and experiences with you.

CHIP 2004

CHIP 목록
Image Title Specifications

2004

RamP-Lite

Technology

Chip Size

Gate Count

Function





Clock Frequency

Pixel Fill Rate

Power Supply

Power Consumption

Pin Package

Released Date

Samsung 0.18 μm 1-poly 6-metal CMOS Technology

5 mm x 5 mm (Core: 1.59 mm x 1.59 mm)

181 K
- Lighting
- Triangle Setup
- Gouraud Shading
- Texture Mapping
- Alpha Blending

20 MHz

20 Mpixels/s

1.8 V (Core) / 3.3 V (I/O)

14.7 mW

208 pin QFP

Oct. 2004…

2004

RamP-Lite

Technology

Chip Size

Gate Count

Function





Clock Frequency

Pixel Fill Rate

Power Supply

Power Consumption

Pin Package

Released Date

Samsung 0.18 μm 1-poly 6-metal CMOS Technology

5 mm x 5 mm (Core: 1.59 mm x 1.59 mm)

181 K
- Lighting
- Triangle Setup
- Gouraud Shading
- Texture Mapping
- Alpha Blending

20 MHz

20 Mpixels/s

1.8 V (Core) / 3.3 V (I/O)

14.7 mW

208 pin QFP

Oct. 2004…

2004

Preamplifier, PLL, Sigma-Delta Modulator

Technology

Chip Size

Function



Clock Frequency

Power Supply

Power Consumption

Released Date

0.25 μm DongbuAnam CMOS Technology

2 mm x 2 mm

- Automatic Gain Control Preamplifier with Exponential Gain Control
- PLL
- Sigma-Delta Modulator

N/A (Preamplifier) / 2 GHz (PLL) / 1/2 MHz (Modulator)

1.1 V / 2.0 V / 0.9 V

40 μ W

Sep. 2004

2004

Preamplifier, PLL, Sigma-Delta Modulator

Technology

Chip Size

Function



Clock Frequency

Power Supply

Power Consumption

Released Date

0.25 μm DongbuAnam CMOS Technology

2 mm x 2 mm

- Automatic Gain Control Preamplifier with Exponential Gain Control
- PLL
- Sigma-Delta Modulator

N/A (Preamplifier) / 2 GHz (PLL) / 1/2 MHz (Modulator)

1.1 V / 2.0 V / 0.9 V

40 μ W

Sep. 2004

2004

RamP-V

Technology

Chip Size

Power Supply

Operating Frequency

Processing Speed

GateCounts

Transistors

Power Consumption

Functions

Released Date

0.18 μm 1P 6M CMOS Logic Process

6 mm x6 mm

3.3V (I/O), 1.8V(Core)

200 MHz

50M Verticles/s, 50Mpixel/s (Bilinear Texture Filtering)

2M Logic Gates

96kB SRAM

< 155mW

Fixed-Point Programmable Vertex Shader

Sep. 2004

2004

RamP-V

Technology

Chip Size

Power Supply

Operating Frequency

Processing Speed

GateCounts

Transistors

Power Consumption

Functions

Released Date

0.18 μm 1P 6M CMOS Logic Process

6 mm x6 mm

3.3V (I/O), 1.8V(Core)

200 MHz

50M Verticles/s, 50Mpixel/s (Bilinear Texture Filtering)

2M Logic Gates

96kB SRAM

< 155mW

Fixed-Point Programmable Vertex Shader

Sep. 2004

2004

Autonomous SRAM with SAC Scheme

Technology

Chip Size

Density

Function


Power Supply

Released Date

Samsung 80 nm Double-Stacked Cell Technology

1152 μ m x 1728 μ m

512 Kb

- Sensing Internal Status of SRAM
- Analyzing the Data and Control Internal Parameters

1.6 V (Internal) / 3.3 V (External)

Aug. 2004

2004

Autonomous SRAM with SAC Scheme

Technology

Chip Size

Density

Function


Power Supply

Released Date

Samsung 80 nm Double-Stacked Cell Technology

1152 μ m x 1728 μ m

512 Kb

- Sensing Internal Status of SRAM
- Analyzing the Data and Control Internal Parameters

1.6 V (Internal) / 3.3 V (External)

Aug. 2004

2004

Network-on-Chip with High-speed Serial Links

Technology

Chip Size

Function


Clock Frequency

Power Supply

Power Consumption

Released Date

0.18 μm DongbuAnam CMOS Technology

5 mm x 5 mm

- A Network-on-Chip with 3Gbps/wire Serialized On-chip
Interconnect Using Adaptive Control Schemes

400MHz input, 1.6 ~ 3.0 Gb/s/wire operation

1.8V (core), 3.3V (I/O)

N/A

May. 2004

2004

Network-on-Chip with High-speed Serial Links

Technology

Chip Size

Function


Clock Frequency

Power Supply

Power Consumption

Released Date

0.18 μm DongbuAnam CMOS Technology

5 mm x 5 mm

- A Network-on-Chip with 3Gbps/wire Serialized On-chip
Interconnect Using Adaptive Control Schemes

400MHz input, 1.6 ~ 3.0 Gb/s/wire operation

1.8V (core), 3.3V (I/O)

N/A

May. 2004

Address#1233, School of Electrical Engineering, KAIST, 291 Daehak-ro (373-1 Guseong-dong), Yuseong-gu, Daejeon 34141, Republic of Korea
Tel +82-42-350-8068 Fax +82-42-350-3410E-mail [email protected]·© SSL. All Rights Reserved.·Design by NSTAR