List of computers with on-board BASIC

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This is a list of computers with on-board BASIC. They shipped standard with a version of BASIC that was installed in the computer. The computers can access the BASIC language without the user inserting cartridges or loading software from external media.

class="wikitable" ! Make ! Model ! Version ! Author ! Bitwise Ops ! FOR/NEXT Skip ! Numeric Support ! Variable Name Length ! Tokenization
Acorn	Atom	Atom BASIC, BBC BASIC I (Upgrade ROM)
Acorn	Electron	BBC BASIC II	Sophie Wilson	{{yes}}	{{no}}	I:32; FP:32/8		Partial
Acorn	BBC Micro	BBC BASIC I, II, III	Sophie Wilson	{{yes}}	{{no}}	I:32; FP:32/8		Partial
Acorn	BBC Master	BBC BASIC IV	Sophie Wilson	{{yes}}	{{no}}	I:32; FP:32/8		Partial
Acorn	BBC Master Compact	BBC BASIC IV (Recoded Maths Routines)	Sophie Wilson	{{yes}}	{{no}}	I:32; FP:32/8		Partial
Acorn	Archimedes	BBC BASIC V		{{yes}}	{{no}}			Partial
Acorn	Risc PC	BBC BASIC VI		{{yes}}	{{no}}			Partial
Amstrad	CPC 464	Locomotive BASIC 1.0	Locomotive Software		{{yes}}			Partial
Amstrad	CPC 6128	Locomotive BASIC 1.1	Locomotive Software		{{yes}}			Partial
Amstrad	NC 100	BBC BASIC	Richard Russell?	{{yes}}	{{no}}
Amstrad	NC 150	BBC BASIC	Richard Russell?	{{yes}}	{{no}}
Amstrad	NC 200	BBC BASIC	Richard Russell?	{{yes}}	{{no}}
Apple	Apple II	Integer	Steve Wozniak	{{no}}	{{no}}	I		Full
Apple	Apple II	Applesoft	Microsoft	{{no}}	{{no}}	I:16,FP:31/8	2	Full
Applied Technology	MicroBee	MicroWorld BASIC	Matthew Starr	{{no}}	{{yes}}	FP
Atari, Inc.	600XL, 800XL	Atari BASIC Rev. B or C	Shepardson Microsystems	{{no}}	{{no}}		120	Full
Atari Corporation	65XE, 130XE, 800XE, XEGS	Atari BASIC Rev. C	Shepardson Microsystems	{{no}}	{{no}}		120	Full
Cambridge Computer	Z88	BBC BASIC		{{yes}}	{{no}}
Commodore	PET	Commodore BASIC 1.0, 2.0, 4.0	Microsoft	{{yes}}	{{no}}
Commodore	CBM 4000/8000	Commodore BASIC 4.0	Microsoft	{{yes}}	{{no}}
Commodore	VIC-20	Commodore BASIC 2.0	Microsoft	{{yes}}	{{no}}
Commodore	Commodore 64	Commodore BASIC 2.0	Microsoft	{{yes}}	{{no}}		2	Partial
Commodore	C16	Commodore BASIC 3.5	Microsoft	{{yes}}	{{no}}
Commodore	Plus/4	Commodore BASIC 3.5	Microsoft	{{yes}}	{{no}}
Commodore	C128	Commodore BASIC 7.0	Microsoft	{{yes}}	{{no}}
Compukit	UK101		Microsoft	{{no}}
Hewlett-Packard |Series 80 | |Hewlett-Packard |{{no}} | |I:32,FP:64 |2 |Full
IBM	PC 5150	Cassette BASIC	Microsoft	{{yes}}	{{yes}}		40	Partial
IBM	XT 5160		Microsoft	{{yes}}	{{yes}}
IBM	PS/2		Microsoft	{{yes}}	{{yes}}
Luxor AB	ABC 80		DIAB	{{yes}}	{{yes}}	I:16/FP	2	Full
Luxor AB	ABC 800	BASIC II	DIAB	{{yes}}	{{yes}}	I:16; FP 32 or 64 bits
Luxor AB	ABC 802	BASIC II	DIAB	{{yes}}	{{yes}}	I:16; FP 32 or 64 bits
Luxor AB	ABC 806	BASIC II	DIAB	{{yes}}	{{yes}}	I:16; FP 32 or 64 bits
Mattel	Aquarius
Various	MSX, MSX2, MSX2+, MSX tR	MSX-BASIC v1.0 - v4.0	Microsoft	{{yes}} |{{no}}	I:16; FP 32 or 64 bits	2	Partial
NEC	PC-6001	N60-BASIC	NEC/Microsoft
NEC	PC-8001	N-BASIC	NEC/Microsoft
NEC	PC-8801	N88-BASIC and N-BASIC	NEC/Microsoft
NEC	PC-9801	N88-BASIC	NEC/Microsoft
NEC	PC-9821	N88-BASIC (86 Version)	NEC/Microsoft
Panasonic	JR-200	JR-BASIC
Radio Shack |TRS-80 Model 1 |Level I |Li-Chen Wang | | | | |
Radio Shack |TRS-80 Model 1 |Level II |Microsoft |{{yes}} |{{yes}} |I:16; FP 32 or 64 bits | |Full
Radio Shack |TRS-80 Model III |Level I | | | | | |
Radio Shack |TRS-80 Model III |Level II |Microsoft |{{yes}} |{{yes}} |I:16; FP 32 or 64 bits | |Full
Radio Shack |TRS-80 Model 4 |Level II |Microsoft |{{yes}} |{{yes}} |I:16; FP 32 or 64 bits | |Full
Radio Shack |TRS-80 Model 4D |Level II |Microsoft |{{yes}} |{{yes}} |I:16; FP 32 or 64 bits | |Full
Radio Shack |TRS-80 Pocket Computer PC-1 | | | | | | |
Radio Shack |TRS-80 PC-2 | | | | | | |
Radio Shack |TRS-80 PC-3 | | | | | | |
Radio Shack |TRS-80 PC-4 | | | | | | |
Radio Shack |TRS-80 CoCo | |Microsoft |{{yes}} |{{yes}} |I:16; FP 32 or 64 bits | |Full
Radio Shack |TRS-80 CoCo 2 | |Microsoft |{{yes}} |{{yes}} |I:16; FP 32 or 64 bits | |Full
Radio Shack |TRS-80 CoCo 3 | |Microsoft |{{yes}} |{{yes}} |I:16; FP 32 or 64 bits | |Full
Radio Shack |TRS-80 M100 | |Microsoft |{{yes}} |{{yes}} |I:16; FP 32 or 64 bits | |Full
Radio Shack |TRS-80 M102 | |Microsoft |{{yes}} |{{yes}} |I:16; FP 32 or 64 bits | |Full
Radio Shack |TRS-80 MC-10 | |Microsoft |{{yes}} |{{no}} |FP |2 |Partial
Sharp	PC-1500				{{no}}			Full
Sinclair	ZX80	Sinclair BASIC 4k	Nine Tiles Networks
Sinclair	ZX81	Sinclair BASIC 8k	Nine Tiles Networks	{{no}}	{{yes}}			Partial
Sinclair	ZX Spectrum	Sinclair BASIC 48	Nine Tiles Networks	{{no}}	{{yes}}			Partial
Sinclair	ZX Spectrum +	Sinclair BASIC 48	Nine Tiles Networks
Sinclair	ZX Spectrum 128	Sinclair BASIC 128 and 48	Nine Tiles Networks
Sinclair	ZX Spectrum +2	Sinclair BASIC 128 and 48	Nine Tiles Networks	{{no}}	{{yes}}			Partial
Sinclair	ZX Spectrum +3	Sinclair BASIC +3 and 48	Nine Tiles Networks
Tangerine Computer Systems |Oric-1 | | |{{yes}} |{{no}} | |2 |Partial
Texas Instruments	TI-99/4A	TI BASIC		{{no}}	{{no}}			Full
Texas Instruments	Compact Computer 40			{{yes}}			2	Full
Wang	Wang 2300	Wang BASIC
Wang	Wang 2200	Wang BASIC
Wang	Wang 2200VP	Wang BASIC-2

BASICs with Bitwise Ops use -1 as true and the AND and OR operators perform a bitwise operation on the arguments.

FOR/NEXT skip means that body of the loop is skipped if the initial value of the loop times the sign of the step exceeds the final value times the sign of the step (such as 2 TO 1 STEP 1 or 1 TO 2 STEP -1). The statements inside the FOR/NEXT loop will not be executed at all.[http://programmers.stackexchange.com/questions/229191 How does BASIC locate an out-of-order NEXT statement when the loop body is skipped]{{cite book|url=https://archive.org/stream/BASIC-80_MBASIC_Reference_Manual#page/n47/mode/2up|page=2–30|title=basic-80 reference manual}}

Numeric support indicates if a BASIC supports Integers and/or Floating Point.

Variable Name Length is how many characters of a variable name are used to determine uniqueness.

Full tokenization means that all keywords are converted to tokens and all extra space characters are removed. Partial tokenization leaves extra space characters in the source. None means that no tokenization is done. How to test for full tokenization:

10 PRINT "HELLO"

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If it is fully tokenized it should return 10 PRINT "HELLO" without all the extra spaces that were entered.