HBM2.0 PHY and Controller - guc-asic.com · 2018Q1 HBM2.0 PHY and Controller Overview GUC‘s HBM...

2
www.guc-asic.com 2018Q1 HBM2.0 PHY and Controller Overview GUC‘s HBM IP is fully compliant with JEDEC JESD235B HBM specification and together with GUC’s 2.5D package design service offer customers total system-in-chip solution. The IP supports 2D / 4D / 8D memory stack height options allowing system architect flexibility to address big data applications such as Networking and Supercomputer. The PHY features auto training / calibration and read/write DQ maximum eye margin, etc. Memory Controller HBM PHY IP (MLB RTL Modual) Miscellaneous Logic Block (MLB) HBM PHY IP Hard Macro Loopback Test Mode I/O PAD PHY Register DLL Training Logic PHY Register Settings HBM DRAM Interface DFI Interface DFT (JTAG) System I2C PHY Internal Interface PLL Memory Controller HBM DRAM

Transcript of HBM2.0 PHY and Controller - guc-asic.com · 2018Q1 HBM2.0 PHY and Controller Overview GUC‘s HBM...

Page 1: HBM2.0 PHY and Controller - guc-asic.com · 2018Q1 HBM2.0 PHY and Controller Overview GUC‘s HBM IP is fully compliant with JEDEC JESD235B HBM specification and together with GUC’s

www.guc-asic.com2018Q1

HBM2.0 PHY and Controller

Overview

GUC‘s HBM IP is fully compliant with JEDEC JESD235B HBM specification and together with GUC’s 2.5D package design service

offer customers total system-in-chip solution.

The IP supports 2D / 4D / 8D memory stack height options allowing system architect flexibility to address big data applications

such as Networking and Supercomputer. The PHY features auto training / calibration and read/write DQ maximum eye margin,

etc.

MemoryController

HBM PHY IP(MLB RTL Modual)

Miscellaneous LogicBlock (MLB)

HBM PHY IPHard Macro

Loopback Test Mode

I/OPAD

PHY Register

DLL

Training Logic

PHYRegisterSettings

HBM DRAMInterface

DFI Interface

DFT(JTAG)

System

I2C

PH

Y Internal

Interface

PLL

MemoryController

HBM DRAM

Page 2: HBM2.0 PHY and Controller - guc-asic.com · 2018Q1 HBM2.0 PHY and Controller Overview GUC‘s HBM IP is fully compliant with JEDEC JESD235B HBM specification and together with GUC’s

GUC HEADQUARTERS, HSINCHU, TAIWAN [email protected]

GUC TAIPEI [email protected]

GUC NORTH [email protected]

GUC [email protected]

GUC [email protected]

GUC KOREA+82-10-4590-0975 [email protected]

GUC EUROPE [email protected]

www.guc-asic.com

2018Q1

HBM2.0 PHY Key Features

Support TSMC 16FFPGL, 16FFC and 7FF

Support 2.4Gbps / pin for 7FF

Complete HBM PHY delivered as a hard macro

component ( includes I / O, PLL, and DLL )

DFI compliant interface

Support multiple output driving capacities ( 1.5mA,

3mA, 4.5mA, 6mA, 9mA, 12mA, 15mA and 18mA )

Automatic READ / WRITE eye training

No READ leveling training needed

HBM lane repair with redundant pin for row / column / data

Support IEEE1500 interface and LFSR / MISR

Internal loopback

Low-power mode

Provide IO pass through mode

Comply with HBM DRAM standard ( JEDEC JESD-235B )

HBM2.0 Controller Key Features

High Bandwidth Memory ( HBM2 ) DRAM controller,

Comply with JESD235B

Support 8 channels or 16 pseudo channels

Support 8H SDRAM stack

Supports one AXI4.0 port

Supports DQ/AC bus parity

Supports DBI, DM, and ECC

Supports single bank refresh

Supports self-refresh

Supports programmable mapping from AXI address

to bank group, bank, row, and column

Supports AXI read interleaving

Supports QoS

Supports BIST

HBM2.0 IP Portfolio

IP NAME FEATURE PROCESS STATUS

HBM2.0 PHY 2.8Gbps CLN7FF 2019 / Q2

HBM2.0 PHY 2.4Gbps CLN7FF 2018 / Q3

HBM2.0 PHY 2.0Gbps CLN16FFC Silicon Proven

HBM2.0 PHY 2.0Gbps CLN16FF+GL Silicon Proven

HBM2.0 CTRL 2.8Gbps Digital 2019 / Q2

HBM2.0 CTRL 2.4Gbps Digital Silicon Proven