DDR/LPDDR(5, 4, 3) PHY & Controller, up to 6400Mbps

The performance leading INNOSILICON DDR PHY supports DDR5/LPDDR5 DDR4/LPDDR4/DDR3/LPDDR3/DDR2/LPDDR2/DDR at speeds up to 6400Mb/s and in any bus width.

Silicon proven in mass production and test chips, the PHY combines low power consumption with its small size. This compact form factor is translated into low I/O pin count, simplifying both package substrate and PCB, while potentially allowing for board level routing with only 2 layers.

Leveraging a choice of DFI V2.0/V2.1/V3.0/V3.1/V4.0/ standards, the PHY can be integrated with memory controller from our own or major compatible 3rd parties. It is fully register controlled via an APB and the production testing is simplified through high-speed BIST, loopback modes, and boundary scan.

With a self-contained yet modular design, the PHY contains the I/Os, ESD, a timing synch module DLLs and can be expanded to a virtually unlimited bus width. The Optional components include customer specific bus widths, integrated PLLs, custom pinouts, and the Innosilicon memory controller which supports AHB/AXI and FIFO interfaces. We provide custom DDR solutions to meet your needs while handling whatever level of integration support as you required.

KEY FEATURES:

  • Fully compliant with DDR5/LPDDR5/DDR4/LPDDR4/DDR3 /LPDDR3/DDR2/LPDDR2/DDR JEDEC SDRAM standards
  • Low power, small area, scalable design
  • Supports speed up to 6400 Mb/s
  • LVSTL, SSTL_15, SSTL_18, POD_12, POD_11, HSUL_12
  • Programmable output drive strength for power saving and to support RDIMM or UDIMM
  • Master and Slave DLLs for precise timing management with fine grain adjustment
  • Accommodates, but is not limited to, industry standard x4, x8, x16, x32 SDRAM widths and depths
  • Support DDR5 dual channel mode, dual 32bit data +8bit ECC
  • Support Write FFE and Read DFE equalization
  • Independent read and write timing adjustments with auto calibration, dynamic V&T tracking
  • Both Read and Write Per bit deskew support
  • Support over 10 training modes, like CA training, CS training, and write leveling training
  • Support maximum 4 frequency points for fast frequency change
  • Supports point to point memory sub systems and multi-rank
  • Support both Write and Read CRC
  • Low power operation with optimal power management features including deep power down and self-refresh
  • Optimized look ahead command management to reduce system overhead
  • Embedded BIST logic for at-speed production test
  • Optional PCB SI simulation services
  • Optional memory controller that supports efficient AXI/AHB CPU bus and power saving modes

INNOSILICON ADVANTAGES:

  • Fully customized solutions including Controller and PHY
  • Over 500,000 wafers shipped out with Innosilicon DDRn IP
  • All major processes fully covered, such as 110nm, 55nm to 28nm, 22nm, 14nm, 12nm, 8nm, 7nm, 6nm, 5nm.
  • Full harden PHY proven by 100+ tapeouts
  • Simple integration with pre-assembled PHY
  • Low IO pin count
  • High performance
  • Test chip and FPGA integration services available

BLOCK DIAGRAM:

DDR/LPDDR(5, 4, 3) PHY & Controller, up to 6400Mbps

EXAMPLE APPLICATIONS:

TELL US WHAT YOU NEED   We will provide a solution customized to best fit your needs.

DDR Q&A

 What processes are available?

DDR4/LPDDR4 Combo PHY & Controller:
GF 14LPP
SMIC 28HK, SMIC 28PS

DDR3/LPDDR3 Combo PHY & Controller:
SMIC 28PS, GF 28SLP, TSMC 28HPC, TSMC 28HPM
SMIC 40LL, TSMC 40G, TSMC 40LP
SMIC 55 LL, GF 55LPX, TSMC 65LP, TSMC 65GP

DDR3 PHY & Controller:
SMIC 90LL, SMIC 90G
SMIC 110 G, TSMC 110G
SMIC 130 G, TSMC 130G

DDR2/LPDDR2 Combo PHY & Controller:
SMIC 28PS, GF 28SLP, TSMC 28HPC, TSMC 28HPM
SMIC 40LL, TSMC 40G, TSMC 40LP
SMIC 55LL, GF 55LPX, TSMC 65LP, TSMC 65GP
SMIC 90LL, SMIC 90G
SMIC 110G, TSMC 110G
SMIC 130G, TSMC 130G

DDR2 PHY & Controller:
SMIC 180G, TSMC 180G

 What package can you choose?
  • Supports small form-factor LQFP/LQFN
  • Supports wirebond BGA and flipchip BGA
  • Supports two-layer PCB
 What makes our DDR different?
  • Easy to integrate, fully pre-assembled PHY
  • Low IO pin count
  • 2-layer PCB supported
  • Very high performance with low power modes
  • Test chip and FPGA integration service available