backwardCompatibleWith

P4635 predicate

Indicates that one entity can correctly interpret, use, or function with data, interfaces, or behavior designed for an earlier version of another entity.

Observed surface forms (13)

  • compatibility ×8
  • backwardsCompatibleWith ×7
  • isBackwardCompatibleWith ×6
  • supportsBackwardCompatibility ×5
  • backwardCompatibilityWith ×2
  • backwardsCompatibility ×2
  • backwardsCompatible ×1
  • backwardsCompatibleWithDVB-T ×1
  • binaryCompatibleWith ×1
  • compatibilityLayer ×1

Sample triples (99)

Subject Object
1000BASE-LX some multimode fiber installations ⓘ
1000BASE-SX some 100-Mbit/s fiber infrastructures (cabling only) via predicate surface "isBackwardCompatibleWith" ⓘ
100BASE-X 10BASE-T at MAC layer ⓘ
10BASE-FL FOIRL via predicate surface "backwardsCompatibleWith" ⓘ
AMD64 architecture IA-32 ⓘ
AMD64 architecture x86 ⓘ
ATA-3 ATA-1 ⓘ
ATA-3 ATA-2 ⓘ
Apple silicon Rosetta 2 via predicate surface "compatibilityLayer" ⓘ
BGP-4+ BGP-4+ self-linksurface differs ⓘ
surface form: BGP-4
CentOS binary compatible with Red Hat Enterprise Linux via predicate surface "compatibility" ⓘ
DOCSIS earlier DOCSIS versions via predicate surface "backwardsCompatible" ⓘ
DVB-T2 no via predicate surface "backwardsCompatibleWithDVB-T" ⓘ
DisplayPort Alt Mode with older DisplayPort displays via adapters via predicate surface "supportsBackwardCompatibility" ⓘ
Dolby Stereo mono optical projectors (downmix) via predicate surface "compatibility" ⓘ
EAN-13 barcode system UPC-A on most scanners ⓘ
EIDE ATA ⓘ
EIDE IDE ⓘ
EtherCAT coexists with standard Ethernet traffic on the same physical medium via predicate surface "compatibility" ⓘ
FTPS plain FTP (on same port with explicit mode) via predicate surface "backwardsCompatibleWith" ⓘ
Fast Ethernet 10BASE-T ⓘ
G.711 traditional PSTN via predicate surface "backwardCompatibilityWith" ⓘ
Gigabit Ethernet 10BASE-T Ethernet NERFINISHED ⓘ
Gigabit Ethernet Fast Ethernet NERFINISHED ⓘ
HDMI-CEC earlier HDMI versions that include CEC support via predicate surface "isBackwardCompatibleWith" ⓘ
HTML5 HTML ⓘ
surface form: HTML 4.01
HTTP/1.1 HTTP/1.0 ⓘ
HTTP/2 HTTP/1.1 semantics via predicate surface "backwardsCompatibleWith" ⓘ
HTTP/3 HTTP semantics via predicate surface "backwardsCompatibleWith" ⓘ
IBM System/370 IBM System/360 ⓘ
IEEE 802.3af Power over Ethernet standard
surface form: IEEE 802.3af
non-PoE Ethernet devices ⓘ
IEEE 802.3at IEEE 802.3af Power over Ethernet standard ⓘ
surface form: IEEE 802.3af
IEEE 802.3ba lower-speed Ethernet at MAC service interface via predicate surface "backwardsCompatibleWith" ⓘ
IEEE 802.3bt 4‑pair Power over Ethernet standard
surface form: IEEE 802.3bt
IEEE 802.3af Power over Ethernet standard ⓘ
surface form: IEEE 802.3af
IEEE 802.3bt 4‑pair Power over Ethernet standard
surface form: IEEE 802.3bt
IEEE 802.3at ⓘ
IEEE 802.3bz 2.5G/5GBASE‑T Ethernet standard 1000BASE‑T ⓘ
IEEE 802.3bz 2.5G/5GBASE‑T Ethernet standard 100BASE‑TX ⓘ
IPsec IPv4 security extensions via predicate surface "isBackwardCompatibleWith" ⓘ
ISA 8-bit IBM PC bus ⓘ
Intel 8088 Intel 8086 via predicate surface "binaryCompatibleWith" ⓘ
Java Card earlier Java Card specifications ⓘ
LC Processor Direct Slot (LC PDS)
surface form: LC Processor Direct Slot
specific to Macintosh LC logic boards via predicate surface "compatibility" ⓘ
LTE GSM via multi-mode devices ⓘ
LTE UMTS via multi-mode devices ⓘ
MRI most Ruby 1.8 code ⓘ
Macintosh XL Macintosh software (via MacWorks) via predicate surface "compatibility" ⓘ
NACS (North American Charging Standard, newer North American models)
surface form: NACS (North American Charging Standard)
compatible with earlier Tesla North American vehicles via predicate surface "backwardsCompatibility" ⓘ
NFC NFC self-linksurface differs ⓘ
surface form: FeliCa
NFC ISO/IEC 14443 Type A ⓘ
NFC ISO/IEC 14443 ⓘ
surface form: ISO/IEC 14443 Type B