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Universal Flash Storage

January 01, 1970

Not to be confused with the Unix File System, a file system implementation in some Unix and BSD operating systems with the same abbreviation.

Universal Flash Storage (UFS) is a flash storage specification for digital cameras, mobile phones and consumer electronic devices.[1][2] It was designed to bring higher data transfer speed and increased reliability to flash memory storage, while reducing market confusion and removing the need for different adapters for different types of cards.[3] The standard encompasses both packages permanently attached (embedded) within a device (eUFS), and removable UFS memory cards.

Overview edit

UFS uses NAND flash. It may use multiple stacked 3D TLC NAND flash dies (integrated circuits) with an integrated controller.[4]

The proposed flash memory specification is supported by consumer electronics companies such as Nokia, Sony Ericsson, Texas Instruments, STMicroelectronics, Samsung, Micron, and SK Hynix.[5] UFS is positioned as a replacement for eMMCs and SD cards. The electrical interface for UFS uses the M-PHY,[6] developed by the MIPI Alliance, a high-speed serial interface targeting 2.9 Gbit/s per lane with up-scalability to 5.8 Gbit/s per lane.[7][8] UFS implements a full-duplex serial LVDS interface that scales better to higher bandwidths than the 8-lane parallel and half-duplex interface of eMMCs. Unlike eMMC, Universal Flash Storage is based on the SCSI architectural model and supports SCSI Tagged Command Queuing.[9] The standard is developed by, and available from, the JEDEC Solid State Technology Association.

Software support edit

The Linux kernel supports UFS.[10] OpenBSD 7.3 and later support UFS.[11]

History edit

In 2010, the Universal Flash Storage Association (UFSA) was founded as an open trade association to promote the UFS standard.[citation needed]

In September 2013, JEDEC published JESD220B UFS 2.0 (update to UFS v1.1 standard published in June 2012). JESD220B Universal Flash Storage v2.0 offers increased link bandwidth for performance improvement, a security features extension and additional power saving features over the UFS v1.1.

On 30 January 2018 JEDEC published version 3.0 of the UFS standard, with a higher 11.6 Gbit/s data rate per lane (1450 MB/s) with the use of MIPI M-PHY v4.1 and UniProSM v1.8. At the MWC 2018, Samsung unveiled embedded UFS (eUFS) v3.0 and uMCP (UFS-based multi-chip package) solutions.[12][13][14]

On 30 January 2020 JEDEC published version 3.1 of the UFS standard.[15] UFS 3.1 introduces Write Booster, Deep Sleep, Performance Throttling Notification and Host Performance Booster for faster, more power efficient and cheaper UFS solutions. The Host Performance Booster feature is optional.[16]

In 2022 Samsung announced version 4.0 doubling from 11.6 Gbit/s to 23.2 Gbit/s with the use of MIPI M-PHY v5.0 and UniPro v2.0.

Notable devices edit

In February 2013, semiconductor company Toshiba Memory (now Kioxia) started shipping samples of a 64 GB NAND flash chip, the first chip to support the then new UFS standard.[17]

In April 2015, Samsung's Galaxy S6 family was the first phone to ship with eUFS storage using the UFS 2.0 standard.[18]

On 7 July 2016, Samsung announced its first UFS cards, in 32, 64, 128, and 256 GB storage capacities.[19] The cards were based on the UFS 1.0 Card Extension Standard. The 256 GB version was reported to offer sequential read performance up to 530 MB/s and sequential write performance up to 170 MB/s and random performance of 40,000 read IOPS and 35,000 write IOPS. However, they were apparently not actually released to the public.

On 17 November 2016, Qualcomm announced the Snapdragon 835 SoC with support for UFS 2.1.[20]

On 14 May 2019, OnePlus introduced the OnePlus 7 and OnePlus 7 Pro, the first phones to feature built-in eUFS 3.0 (The Galaxy Fold, originally planned to be the first smartphone to feature UFS 3.0 was ultimately delayed after the OnePlus 7's launch).[21]

The first UFS cards began to be publicly sold in early 2020. According to a Universal Flash Storage Association press release, Samsung planned to transition its products to UFS cards during 2020.[22] Several consumer devices with UFS card slots have been released in 2020.

On 08 December 2022, IQOO announced the IQOO 11 which was the first phone to come with UFS 4.0 Storage. After that other android OEMs started using this storage solution on their flagship to upper mid-range category smartphones.[23]

Version comparison edit

UFS edit

UFS Introduced Bandwidth per lane Max. number of lanes Max. total bandwidth M-PHY version UniPro version
1.0 2011-02-24[24] 300 MB/s 1 300 MB/s ? ?
1.1 2012-06-25[25] ? ?
2.0 2013-09-18[26] 600 MB/s 2 1200 MB/s 3.0 1.6
2.1 2016-04-04[27]
2.2 2020-08[28] ? ?
3.0 2018-01-30[29] 1450 MB/s 2900 MB/s 4.1 1.8
3.1 2020-01-30[15]
4.0 2022-08-17[30] 2900 MB/s 5800 MB/s 5.0 2.0

UFS Card edit

UFS Card Introduced Bandwidth per lane Max. number of lanes Max. total bandwidth M-PHY version UniPro version
1.0 2016-03-30[31] 600 MB/s 1 600 MB/s 3.0 1.6
1.1 2018-01-30[29]
3.0 2020-12-08[32] 1200 MB/s 1200 MB/s 4.1 1.8

Implementation edit

  • UFS 2.0 has been implemented in Snapdragon 820 and 821. Kirin 950 and 955. Exynos 7420.
  • UFS 2.1 has been implemented in Snapdragon 712 (710&720G), 730G, 732G, 835, 845 and 855. Kirin 960, 970 and 980. Exynos 9609,[33] 9610,[34] 9611,[35] 9810 and 980.[36]
  • UFS 3.0 has been implemented in Snapdragon 855, 855+, 860, 865, Exynos 9820–9825,[37] and Kirin 990.[38]
  • UFS 3.1 has been implemented in Snapdragon 855+/860, Snapdragon 865, Snapdragon 870, Snapdragon 888, Exynos 2100, and Exynos 2200.[39][40][41]
  • UFS 4.0 has been implemented in MediaTek Dimensity 9200 and Snapdragon 8 Gen 2.[42]

Complementary UFS standards edit

On 30 March 2016, JEDEC published version 1.0 of the UFS Card Extension Standard (JESD220-2), which offered many of the features and much of the same functionality as the existing UFS 2.0 embedded device standard, but with additions and modifications for removable cards.[43]

Also in March 2016, JEDEC published version 1.1 of the UFS Unified Memory Extension (JESD220-1A),[44] version 2.1 of the UFS Host Controller Interface (UFSHCI) standard (JESD223C),[45] and version 1.1A of the UFSHCI Unified Memory Extension standard (JESD223-1A).[46]

On January 30, 2018, the UFS Card Extension standard was updated to version 1.1 (JESD220-2A),[47] and the UFSHCI standard was updated to version 3.0 (JESD223D), to align with UFS version 3.0.[48]

Rewrite cycle life edit

A UFS drive's rewrite life cycle affects its lifespan. There is a limit to how many write/erase cycles a flash block can accept before it produces errors or fails altogether. Each write/erase cycle causes a flash memory cell's oxide layer to deteriorate. The reliability of a drive is based on three factors: the age of the drive, total terabytes written over time and drive writes per day.[49] This is typical of flash memory in general.

See also edit

References edit

  1. ^ . PC World. Archived from the original on 9 February 2008.
  2. ^ "JEDEC Announces Publication of Universal Flash Storage (UFS) Standard | JEDEC". www.jedec.org.
  3. ^ Malykhina, Elena (14 September 2007). . Information Week. Archived from the original on 12 September 2012. Retrieved 19 September 2012.
  4. ^ "Toshiba Begins to Sample UFS 3.0 Drives: 96L 3D TLC NAND, Up to 2.9 GB/s". Anandtech. 23 January 2019. Retrieved 18 August 2020.
  5. ^ Modine, Austin (14 September 2007). "Flash memory makers propose common card". The Channel. Retrieved 19 September 2012.
  6. ^ . Archived from the original on 28 September 2011. Retrieved 15 August 2011.
  7. ^ "MIPI". MIPI.
  8. ^ . Archived from the original on 22 December 2015. Retrieved 26 October 2015.
  9. ^ "Universal Flash Storage: Mobilize Your Data". Design Reuse. Retrieved 18 August 2020.
  10. ^ "Universal Flash Storage". The Linux Kernel Archives. Retrieved 13 November 2022.
  11. ^ "ufshci(4) - OpenBSD manual pages". man.openbsd.org. Retrieved 15 April 2024.
  12. ^ "Evolving Mobile Solutions: Samsung at MWC 2018 | Samsung Semiconductor Global Website". www.samsung.com.
  13. ^ "eUFS | Samsung Semiconductor Global Website". www.samsung.com.
  14. ^ "Samsung Starts Producing First 512-Gigabyte Universal Flash Storage for Next-Generation Mobile Devices | Samsung Semiconductor Global Website". www.samsung.com.
  15. ^ a b "JEDEC Publishes Update to Universal Flash Storage (UFS) Standard | JEDEC". www.jedec.org. Retrieved 31 January 2020.
  16. ^ Shilov, Anton. "Faster, Cheaper, Power Efficient UFS Storage: UFS 3.1 Spec Published". www.anandtech.com. Retrieved 1 February 2020.
  17. ^ "Toshiba ships first NAND flash chips with faster transfer standard". PC World. 8 February 2013. Retrieved 18 August 2020.
  18. ^ "The Samsung Galaxy S6 and S6 edge Review". Anandtech. 17 April 2015. Retrieved 18 August 2020.
  19. ^ Shilov, Anton. "Samsung Rolls Out Its First UFS Cards: SSD Performance in Card Form-Factor". Retrieved 7 July 2016.
  20. ^ "Qualcomm Snapdragon 865 to sport LPDDR5X RAM, UFS 3.0, will come in 2 variants: Report". First Post. 18 June 2019. Retrieved 18 August 2020.
  21. ^ "OnePlus 7 Pro confirmed to feature UFS 3.0 flash storage". Android Central. 6 May 2019. Retrieved 18 August 2020.
  22. ^ Universal Flash Storage Association (3 January 2020). "UFSA Widens UFS Ecosystem, Adding Vendors of Removable Mobile Cards and Related Technology". Business Wire. Austin, Texas. Retrieved 22 November 2020. "UFS Cards will play a critical role[...]" said Hangu Sohn, vice president of NAND Memory Planning at Samsung Electronics. "Moreover, with a royalty-free form factor and open standard design, we expect to see a rapid transition to these cards in 2020."
  23. ^ "UFS 4.0 Specifications, Speed Test, UFS 4.0 vs UFS 3.1". 6 July 2023. Retrieved 28 February 2024.
  24. ^ "JEDEC Announces Publication of Universal Flash Storage (UFS) Standard | JEDEC". www.jedec.org. Retrieved 8 May 2017.
  25. ^ "JEDEC Updates Universal Flash Storage (UFS) Standard | JEDEC". www.jedec.org. Retrieved 8 May 2017.
  26. ^ "JEDEC Publishes Universal Flash Storage (UFS) Standard v2.0 | JEDEC". www.jedec.org. Retrieved 8 May 2017.
  27. ^ "JEDEC Updates Universal Flash Storage (UFS) and Related Standards | JEDEC". www.jedec.org. Retrieved 8 May 2017.
  28. ^ "UNIVERSAL FLASH STORAGE, UFS 2.2". www.jedec.org. Retrieved 31 July 2021.
  29. ^ a b "JEDEC Publishes Universal Flash Storage (UFS & UFSHCI) Version 3.0 and UFS Card Extension Version 1.1". www.jedec.org. Retrieved 31 January 2018.
  30. ^ "JEDEC Updates Universal Flash Storage (UFS) and Supporting Memory Interface Standard". www.jedec.org. Retrieved 18 September 2022.
  31. ^ "JEDEC Publishes Universal Flash Storage (UFS) Removable Card Standard | JEDEC". www.jedec.org. Retrieved 30 October 2017.
  32. ^ "JEDEC Advances Universal Flash Storage (UFS) Removable Card Standard 3.0". www.jedec.org. Retrieved 31 July 2021.
  33. ^ "Exynos 9609 Mobile Processor: Specs, Features | Samsung Exynos". Samsung Semiconductor. Retrieved 26 January 2020.
  34. ^ "Exynos 9610 Processor: Specs, Features | Samsung Exynos". Samsung Semiconductor. Retrieved 26 January 2020.
  35. ^ "Exynos 9611 Mobile Processor: Specs, Features | Samsung Exynos". Samsung Semiconductor. Retrieved 26 January 2020.
  36. ^ "Exynos 980 5G Mobile Processor: Specs, Features | Samsung Exynos". Samsung Semiconductor. Retrieved 26 January 2020.
  37. ^ "Exynos 9 Series 9820 Processor: Specs, Features | Samsung Exynos". Samsung Semiconductor. Retrieved 14 November 2018.
  38. ^ Cutress, Ian (6 September 2019). "Huawei Announces Kirin 990 and Kirin 990 5G: Dual SoC Approach, Integrated 5G Modem". AnandTech. from the original on 6 September 2019.
  39. ^ "Qualcomm Snapdragon 888: specs and benchmarks". NanoReview.net. Retrieved 22 February 2021.
  40. ^ "Exynos 2100 5G Mobile Processor: Specs, Features". Samsung.com. Retrieved 27 June 2021.
  41. ^ "Exynos 2200 | Processor | Samsung Semiconductor". www.samsung.com.
  42. ^ "Snapdragon-8-Gen-2-Product-Brief.pdf" (PDF). Qualcomm. Retrieved 19 November 2022.
  43. ^ "JEDEC Publishes Universal Flash Storage (UFS) Removable Card Standard | JEDEC". www.jedec.org. Retrieved 7 July 2016.
  44. ^ "Standards & Documents Search | JEDEC". www.jedec.org.
  45. ^ "Standards & Documents Search | JEDEC". www.jedec.org.
  46. ^ "Standards & Documents Search | JEDEC". www.jedec.org.
  47. ^ "UNIVERSAL FLASH STORAGE (UFS) CARD EXTENSION, Version 3.0 | JEDEC". www.jedec.org.
  48. ^ "UFS (Universal Flash Storage) | JEDEC". www.jedec.org.
  49. ^ "SSD Lifespan: How Long Will Your SSD Work?". Enterprise Storage Forum. 1 March 2019. Retrieved 18 August 2020.

External links edit

  • JEDEC
  • Universal Flash Storage Association
  • Current standards of UFS and UFS Card
  • Presentation by Scott Jacobson and Harish Verma at Flash Memory Summit 2013
  • What is UFS 2.1 smartphone?

January 01, 1970
universal, flash, storage, confused, with, unix, file, system, file, system, implementation, some, unix, operating, systems, with, same, abbreviation, flash, storage, specification, digital, cameras, mobile, phones, consumer, electronic, devices, designed, bri. Not to be confused with the Unix File System a file system implementation in some Unix and BSD operating systems with the same abbreviation Universal Flash Storage UFS is a flash storage specification for digital cameras mobile phones and consumer electronic devices 1 2 It was designed to bring higher data transfer speed and increased reliability to flash memory storage while reducing market confusion and removing the need for different adapters for different types of cards 3 The standard encompasses both packages permanently attached embedded within a device eUFS and removable UFS memory cards Contents 1 Overview 1 1 Software support 2 History 3 Notable devices 4 Version comparison 4 1 UFS 4 2 UFS Card 5 Implementation 6 Complementary UFS standards 7 Rewrite cycle life 8 See also 9 References 10 External linksOverview editUFS uses NAND flash It may use multiple stacked 3D TLC NAND flash dies integrated circuits with an integrated controller 4 The proposed flash memory specification is supported by consumer electronics companies such as Nokia Sony Ericsson Texas Instruments STMicroelectronics Samsung Micron and SK Hynix 5 UFS is positioned as a replacement for eMMCs and SD cards The electrical interface for UFS uses the M PHY 6 developed by the MIPI Alliance a high speed serial interface targeting 2 9 Gbit s per lane with up scalability to 5 8 Gbit s per lane 7 8 UFS implements a full duplex serial LVDS interface that scales better to higher bandwidths than the 8 lane parallel and half duplex interface of eMMCs Unlike eMMC Universal Flash Storage is based on the SCSI architectural model and supports SCSI Tagged Command Queuing 9 The standard is developed by and available from the JEDEC Solid State Technology Association Software support edit The Linux kernel supports UFS 10 OpenBSD 7 3 and later support UFS 11 History editIn 2010 the Universal Flash Storage Association UFSA was founded as an open trade association to promote the UFS standard citation needed In September 2013 JEDEC published JESD220B UFS 2 0 update to UFS v1 1 standard published in June 2012 JESD220B Universal Flash Storage v2 0 offers increased link bandwidth for performance improvement a security features extension and additional power saving features over the UFS v1 1 On 30 January 2018 JEDEC published version 3 0 of the UFS standard with a higher 11 6 Gbit s data rate per lane 1450 MB s with the use of MIPI M PHY v4 1 and UniProSM v1 8 At the MWC 2018 Samsung unveiled embedded UFS eUFS v3 0 and uMCP UFS based multi chip package solutions 12 13 14 On 30 January 2020 JEDEC published version 3 1 of the UFS standard 15 UFS 3 1 introduces Write Booster Deep Sleep Performance Throttling Notification and Host Performance Booster for faster more power efficient and cheaper UFS solutions The Host Performance Booster feature is optional 16 In 2022 Samsung announced version 4 0 doubling from 11 6 Gbit s to 23 2 Gbit s with the use of MIPI M PHY v5 0 and UniPro v2 0 Notable devices editIn February 2013 semiconductor company Toshiba Memory now Kioxia started shipping samples of a 64 GB NAND flash chip the first chip to support the then new UFS standard 17 In April 2015 Samsung s Galaxy S6 family was the first phone to ship with eUFS storage using the UFS 2 0 standard 18 On 7 July 2016 Samsung announced its first UFS cards in 32 64 128 and 256 GB storage capacities 19 The cards were based on the UFS 1 0 Card Extension Standard The 256 GB version was reported to offer sequential read performance up to 530 MB s and sequential write performance up to 170 MB s and random performance of 40 000 read IOPS and 35 000 write IOPS However they were apparently not actually released to the public On 17 November 2016 Qualcomm announced the Snapdragon 835 SoC with support for UFS 2 1 20 On 14 May 2019 OnePlus introduced the OnePlus 7 and OnePlus 7 Pro the first phones to feature built in eUFS 3 0 The Galaxy Fold originally planned to be the first smartphone to feature UFS 3 0 was ultimately delayed after the OnePlus 7 s launch 21 The first UFS cards began to be publicly sold in early 2020 According to a Universal Flash Storage Association press release Samsung planned to transition its products to UFS cards during 2020 22 Several consumer devices with UFS card slots have been released in 2020 On 08 December 2022 IQOO announced the IQOO 11 which was the first phone to come with UFS 4 0 Storage After that other android OEMs started using this storage solution on their flagship to upper mid range category smartphones 23 Version comparison editUFS edit UFS Introduced Bandwidth per lane Max number of lanes Max total bandwidth M PHY version UniPro version 1 0 2011 02 24 24 300 MB s 1 300 MB s 1 1 2012 06 25 25 2 0 2013 09 18 26 600 MB s 2 1200 MB s 3 0 1 6 2 1 2016 04 04 27 2 2 2020 08 28 3 0 2018 01 30 29 1450 MB s 2900 MB s 4 1 1 8 3 1 2020 01 30 15 4 0 2022 08 17 30 2900 MB s 5800 MB s 5 0 2 0 UFS Card edit UFS Card Introduced Bandwidth per lane Max number of lanes Max total bandwidth M PHY version UniPro version 1 0 2016 03 30 31 600 MB s 1 600 MB s 3 0 1 6 1 1 2018 01 30 29 3 0 2020 12 08 32 1200 MB s 1200 MB s 4 1 1 8Implementation editUFS 2 0 has been implemented in Snapdragon 820 and 821 Kirin 950 and 955 Exynos 7420 UFS 2 1 has been implemented in Snapdragon 712 710 amp 720G 730G 732G 835 845 and 855 Kirin 960 970 and 980 Exynos 9609 33 9610 34 9611 35 9810 and 980 36 UFS 3 0 has been implemented in Snapdragon 855 855 860 865 Exynos 9820 9825 37 and Kirin 990 38 UFS 3 1 has been implemented in Snapdragon 855 860 Snapdragon 865 Snapdragon 870 Snapdragon 888 Exynos 2100 and Exynos 2200 39 40 41 UFS 4 0 has been implemented in MediaTek Dimensity 9200 and Snapdragon 8 Gen 2 42 Complementary UFS standards editOn 30 March 2016 JEDEC published version 1 0 of the UFS Card Extension Standard JESD220 2 which offered many of the features and much of the same functionality as the existing UFS 2 0 embedded device standard but with additions and modifications for removable cards 43 Also in March 2016 JEDEC published version 1 1 of the UFS Unified Memory Extension JESD220 1A 44 version 2 1 of the UFS Host Controller Interface UFSHCI standard JESD223C 45 and version 1 1A of the UFSHCI Unified Memory Extension standard JESD223 1A 46 On January 30 2018 the UFS Card Extension standard was updated to version 1 1 JESD220 2A 47 and the UFSHCI standard was updated to version 3 0 JESD223D to align with UFS version 3 0 48 Rewrite cycle life editA UFS drive s rewrite life cycle affects its lifespan There is a limit to how many write erase cycles a flash block can accept before it produces errors or fails altogether Each write erase cycle causes a flash memory cell s oxide layer to deteriorate The reliability of a drive is based on three factors the age of the drive total terabytes written over time and drive writes per day 49 This is typical of flash memory in general See also editMemory card Solid state drive NVM Express NVMe References edit Nokia Others Back Mobile Memory Standard PC World Archived from the original on 9 February 2008 JEDEC Announces Publication of Universal Flash Storage UFS Standard JEDEC www jedec org Malykhina Elena 14 September 2007 Mobile Tech Companies Work On Flash Memory Standard Information Week Archived from the original on 12 September 2012 Retrieved 19 September 2012 Toshiba Begins to Sample UFS 3 0 Drives 96L 3D TLC NAND Up to 2 9 GB s Anandtech 23 January 2019 Retrieved 18 August 2020 Modine Austin 14 September 2007 Flash memory makers propose common card The Channel Retrieved 19 September 2012 JEDEC Solid State Technology Association MIPI Alliance Archived from the original on 28 September 2011 Retrieved 15 August 2011 MIPI MIPI Universal Flash Storage UFS Eco System TOSHIBA Semiconductor amp Storage Products Company Europe EMEA Archived from the original on 22 December 2015 Retrieved 26 October 2015 Universal Flash Storage Mobilize Your Data Design Reuse Retrieved 18 August 2020 Universal Flash Storage The Linux Kernel Archives Retrieved 13 November 2022 ufshci 4 OpenBSD manual pages man openbsd org Retrieved 15 April 2024 Evolving Mobile Solutions Samsung at MWC 2018 Samsung Semiconductor Global Website www samsung com eUFS Samsung Semiconductor Global Website www samsung com Samsung Starts Producing First 512 Gigabyte Universal Flash Storage for Next Generation Mobile Devices Samsung Semiconductor Global Website www samsung com a b JEDEC Publishes Update to Universal Flash Storage UFS Standard JEDEC www jedec org Retrieved 31 January 2020 Shilov Anton Faster Cheaper Power Efficient UFS Storage UFS 3 1 Spec Published www anandtech com Retrieved 1 February 2020 Toshiba ships first NAND flash chips with faster transfer standard PC World 8 February 2013 Retrieved 18 August 2020 The Samsung Galaxy S6 and S6 edge Review Anandtech 17 April 2015 Retrieved 18 August 2020 Shilov Anton Samsung Rolls Out Its First UFS Cards SSD Performance in Card Form Factor Retrieved 7 July 2016 Qualcomm Snapdragon 865 to sport LPDDR5X RAM UFS 3 0 will come in 2 variants Report First Post 18 June 2019 Retrieved 18 August 2020 OnePlus 7 Pro confirmed to feature UFS 3 0 flash storage Android Central 6 May 2019 Retrieved 18 August 2020 Universal Flash Storage Association 3 January 2020 UFSA Widens UFS Ecosystem Adding Vendors of Removable Mobile Cards and Related Technology Business Wire Austin Texas Retrieved 22 November 2020 UFS Cards will play a critical role said Hangu Sohn vice president of NAND Memory Planning at Samsung Electronics Moreover with a royalty free form factor and open standard design we expect to see a rapid transition to these cards in 2020 UFS 4 0 Specifications Speed Test UFS 4 0 vs UFS 3 1 6 July 2023 Retrieved 28 February 2024 JEDEC Announces Publication of Universal Flash Storage UFS Standard JEDEC www jedec org Retrieved 8 May 2017 JEDEC Updates Universal Flash Storage UFS Standard JEDEC www jedec org Retrieved 8 May 2017 JEDEC Publishes Universal Flash Storage UFS Standard v2 0 JEDEC www jedec org Retrieved 8 May 2017 JEDEC Updates Universal Flash Storage UFS and Related Standards JEDEC www jedec org Retrieved 8 May 2017 UNIVERSAL FLASH STORAGE UFS 2 2 www jedec org Retrieved 31 July 2021 a b JEDEC Publishes Universal Flash Storage UFS amp UFSHCI Version 3 0 and UFS Card Extension Version 1 1 www jedec org Retrieved 31 January 2018 JEDEC Updates Universal Flash Storage UFS and Supporting Memory Interface Standard www jedec org Retrieved 18 September 2022 JEDEC Publishes Universal Flash Storage UFS Removable Card Standard JEDEC www jedec org Retrieved 30 October 2017 JEDEC Advances Universal Flash Storage UFS Removable Card Standard 3 0 www jedec org Retrieved 31 July 2021 Exynos 9609 Mobile Processor Specs Features Samsung Exynos Samsung Semiconductor Retrieved 26 January 2020 Exynos 9610 Processor Specs Features Samsung Exynos Samsung Semiconductor Retrieved 26 January 2020 Exynos 9611 Mobile Processor Specs Features Samsung Exynos Samsung Semiconductor Retrieved 26 January 2020 Exynos 980 5G Mobile Processor Specs Features Samsung Exynos Samsung Semiconductor Retrieved 26 January 2020 Exynos 9 Series 9820 Processor Specs Features Samsung Exynos Samsung Semiconductor Retrieved 14 November 2018 Cutress Ian 6 September 2019 Huawei Announces Kirin 990 and Kirin 990 5G Dual SoC Approach Integrated 5G Modem AnandTech Archived from the original on 6 September 2019 Qualcomm Snapdragon 888 specs and benchmarks NanoReview net Retrieved 22 February 2021 Exynos 2100 5G Mobile Processor Specs Features Samsung com Retrieved 27 June 2021 Exynos 2200 Processor Samsung Semiconductor www samsung com Snapdragon 8 Gen 2 Product Brief pdf PDF Qualcomm Retrieved 19 November 2022 JEDEC Publishes Universal Flash Storage UFS Removable Card Standard JEDEC www jedec org Retrieved 7 July 2016 Standards amp Documents Search JEDEC www jedec org Standards amp Documents Search JEDEC www jedec org Standards amp Documents Search JEDEC www jedec org UNIVERSAL FLASH STORAGE UFS CARD EXTENSION Version 3 0 JEDEC www jedec org UFS Universal Flash Storage JEDEC www jedec org SSD Lifespan How Long Will Your SSD Work Enterprise Storage Forum 1 March 2019 Retrieved 18 August 2020 External links editJEDEC Universal Flash Storage Association Current standards of UFS and UFS Card Presentation by Scott Jacobson and Harish Verma at Flash Memory Summit 2013 What is UFS 2 1 smartphone Retrieved from https en wikipedia org w index php title Universal Flash Storage amp oldid 1220744332, wikipedia, wiki, book, books, library,

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