---
title: "Run TS1000 Machine Code in High Memory"
type: "article"
slug: "run-ts1000-machine-code-in-high-memory"
url: "http://localhost/article/run-ts1000-machine-code-in-high-memory/"
markdown_url: "http://localhost/article/run-ts1000-machine-code-in-high-memory.md"
published_at: "2020-10-27T21:09:33+00:00"
modified_at: "2024-05-26T13:52:29+00:00"
featured_image:
  url: "http://localhost/wp-content/uploads/2022/04/20230809-041332.jpg"
excerpt: "This trick was originally published in Syntax Quarterly, Summer 1983. It will allow you to use the 32-48K RAM area for machine code, if you have the Memotech or JLO 64 K boards (and maybe some others, but not the Byte-Back UM)."
category:
  - name: "SyncWare News"
    slug: "syncware-news"
    taxonomy: "category"
    url: "http://localhost/category/periodicals/syncware-news/"
post_tag:
  - name: "Hardware project"
    slug: "hardware-project"
    taxonomy: "post_tag"
    url: "http://localhost/tag/hardware-project/"
  - name: "Machine language programming"
    slug: "machine-language"
    taxonomy: "post_tag"
    url: "http://localhost/tag/machine-language/"
  - name: "TS 1000"
    slug: "ts1000"
    taxonomy: "post_tag"
    url: "http://localhost/tag/ts1000/"
model:
  - name: "Timex/Sinclair 1000"
    slug: "ts-1000"
    taxonomy: "model"
    url: "http://localhost/model/ts-1000/"
indiv:
  - name: "John Oliger"
    slug: "john-oliger"
    taxonomy: "indiv"
    url: "http://localhost/indiv/john-oliger/"
publication: "SyncWare News"
publication_r:
  id: 10245
  title: "SyncWare News"
  type: "periodical"
  url: "http://localhost/periodical/syncware-news/"
authors: "John Oliger"
volume: "2"
issue: "5"
issues_articles:
  - id: 26684
    title: "SyncWare News v2 n5"
    type: "issue"
    url: "http://localhost/issue/syncware-news-v2-n5/"
pages: "10"
pubdate: "May-Jun 1985"
archive_link: false
volumeissue: "v2n5"
---

# Run TS1000 Machine Code in High Memory

This trick was originally published in Syntax Quarterly, Summer 1983. It will allow you to use the 32-48K RAM area for machine code, if you have the Memotech or JLO 64 K boards (and maybe some others, but not the Byte-Back UM).