HBM IP
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237
IP
from 31 vendors
(1
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10)
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TSMC CLN5FF HBM PHY IP
- High Bandwidth Memory (HBM) DRAM PHY
- Supports HBM 3.6Gbps
- Supports DFI 1:2
- Supports only BL4
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TSMC CLN16FFGL+ HBM PHY IP
- High Bandwidth Memory (HBM) DRAM PHY
- Supports HBM 2Gbps
- Supports DFI 1:2
- Supports only BL4
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IGAHBMV03A, TSMC CLN16FFC HBM PHY with CoWoS technology
- High Bandwidth Memory (HBM) DRAM PHY for 2Gbps
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HBM3/3E PHY & Controller
- Compliant with JEDEC Specification, up to 6400Mbps for HBM3, up to 9600Mbps for HBM3E
- Compliant with DFI 3.1 Specifications (dfi_clk_1x : WDQS = 1:4)
- supports up to 16 channels with 64 DQ-width + Optional DBI/ECC/SEV pin support/channel
- Supports command and DQ parity
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HBM2E/2 Combo PHY&Controller
- HBM2E/2 modes & signaling, rates from 20Mbps up to 2800Mbps (HBM2) and 3600Mbps (HBM2E) respectively
- Support up to 8 Channel with 128 DQ width + Optional ECC pin support/channel
- 1.2V JEDEC IO standard, support programmable 18mA driver with calibration
- Self-Refresh feature included
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HBM2E PHY&Controller
- Compliant with JESD235C HBM2E, up to 3200Mbps
- Compliant with DFI 3.1 Specifications (dfi_clk_1x : wdqs = 1:2)
- Support up to 8 Channel with 128 DQ width + Optional ECC pin support/channel
- Support command and DQ parity
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HBM3/2E Combo PHY&Controller
- Compliant with JEDEC Specification, up to 6400Mbps for HBM3 mode, 3600Mbps for HBM2E mode
- Compliant with DFI 3.1 Specifications (dfi_clk_1x: WDQS = 1:4 for HBM3 Mode, dfi_clk_1x: WDQS = 1:2 for HBM2E Mode)
- For HBM3 mode, support up to 16 channels with 64 DQ-width + Optional DBI/ECC/SEV pin support/channel
- For HBM2E mode, support up to 8 channels with 128 DQ-width
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HBM IP
- One or two stacks of HBM per package. 4GB per stack
- Up to 460GB/s of practical and useful bandwidth
- Up to 32 full-duplex AXI interfaces
- Complete address map for every master
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High Performance HBM, HBM3 Memory Controller
- DRAM Supports
- High Performance
- Low Power Consumption
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HBM3 Controller
- Ideal for applications involving graphics, high-performance computing, high-end networking, and communications that require very high memory bandwidth, lower latency, and more density.
