Time：2026-09-17
The dichotomy of "buy cheap online, buy experience offline" is failing. Step into a consumer electronics store today and you'll see clerks livestreaming in front of counters on gimbals, customers scanning QR codes to order then picking up at self-collection lockers, with fill lights in the corner not yet put away—the physical store is no longer a mere sales floor, but a trinity of experience center, fulfillment node, and content factory. This reconstruction poses a brand-new proposition for merchandising design: display cabinets must serve not only the eyes of in-store customers but also the lens of the livestream room; spatial circulation must plan not only how customers move but also how goods flow and content is produced. Stores fitted a decade ago that only considered "making goods look good" are being quietly eliminated by the times. This article breaks down the renovation thinking for store merchandising in the livestream e-commerce era across four dimensions—in-store broadcast room, camera mindset of cabinets, fulfillment integration, and spatial accounting.
Many stores' livestreaming began when the manager one day propped a phone on the cashier. This "guerrilla" style of broadcasting has shaky footage, messy background, and poor lighting—naturally poor results. To make in-store broadcasting work, the first step is to plan livestreaming as a formal functional zone.
On basic configuration, a qualified in-store broadcast room unit needs about 2.5 m × 3 m of space: a configurable back wall, a ring fill light plus two side lights, a teleprompter, a monitoring screen, plus stable network and an independent power circuit. Don't paint the back wall plain white—the best livestream background is the product display rack itself: tiered glass compartments with embedded light strips, the host grabs and places products at hand, with both layering and brand feel online simultaneously. This also means the livestream back wall must be built to display-cabinet standards, not simply painted.
Acoustics is the most overlooked link. Livestreaming in an open sales floor mixes human voices and background music; if viewers can't hear the host clearly they swipe away. Stores with limited budgets need not build a fully soundproof room—treating the two side walls of the broadcast area with acoustic soft wrapping and laying a thick carpet on the floor raises recording quality immediately at low cost.
There is also a clever idea worth considering: a semi-transparent partition. Letting in-store customers faintly see "the store is live" is itself a trust display—customers think "this store even dares to livestream publicly, its products and service must be decent." Meanwhile customers occasionally appearing on camera and interacting with the host also provide the livestream with a real store atmosphere, killing two birds with one stone. When Shengqilin display cabinet manufacturer provides smart-terminal cabinets to chain clients, it often encounters the "broadcast zone integrated with display zone" need: the broadcast table doubles as an experience table, wasting not a square meter outside broadcast hours.
Traditional merchandising design assumes a human viewer by default; the livestream era adds a demanding viewer—the camera. The lens won't auto-adapt to light and dark like the human eye; many merchandising details are magnified into flaws on camera.
First is the dual lighting system. Display lighting stresses evenness, usually using about 4000K light to make products clean and transparent; livestreaming's lighting demands are entirely different—host facial light, product close-up light, and background contour light must be controlled in layers, and flicker and color shift easily occur. The two lighting systems must have separate circuits and separate control at the circuit-design stage, otherwise once the livestream turns on the lights, the entire sales floor's lighting logic falls apart.
Second is the "camera endurance" of the desktop and background. Glass desktops easily reflect light spots on camera; high-reflective lacquer reflects lighting equipment and the photographer—both are hard flaws in livestream close-ups. For display cabinets on the livestream circulation, the desktop should use matte or low-reflective material, and the background glass use anti-reflective treatment. On color, the lens is unfriendly to large areas of pure white and pure black, easily overexposing or going dead black; the display background tone should take an intermediate brightness.
Third is the consistency of price tags and materials. Livestream viewers stare at every detail in the lens; the cabinet's electronic price tags and promotional materials must keep online-offline price sync and consistent wording, avoiding the awkwardness of "the lens shows a promo price while the host quotes another." This seems an operations issue but actually poses a requirement on merchandising: price-tag positions must be fixed, readable, and camera-frameable, designing "no breakdown" into the cabinet body.
In the livestream e-commerce era, the store's second new role is fulfillment node. Same-city instant retail with online order and store shipment is turning the store backroom into a front fulfillment warehouse; customers buying online and picking up in-store require a decent self-collection delivery position in the sales floor. Both crowd the already-tight space and change the merchandising plan.
The core of the front warehouse is circulation separation: the picking path for online orders must not cross the customer circulation, otherwise at peak you get the chaotic scene of "clerks carrying phones scurrying across the floor for goods while customers weave through shelves." When planning, concentrate high-turnover SKUs in the golden-height zone of the backroom shelves (800–1400 mm above the floor); the picking path runs from the back warehouse straight to the packing desk, never crossing the main sales-floor aisle. The shelves themselves use standard module sizes with position labels, so a new hire is proficient in half a day—very practical for a retail industry with high staff turnover.
The self-collection and after-sales delivery position should be "brought to the front." Unlike stuffing parcels behind the counter, more stores set up self-collection display cabinets or a delivery desk near the entrance, visually unified with the header image—the ritual of customers picking up goods becomes the store's service advertisement. After-sales follows the same logic: the service desk for online purchase and offline repair/return should be prominent and transparent, letting online customers know "if there's a problem after buying, the physical store won't run"—precisely the physical store's biggest psychological advantage against pure e-commerce.
After function stacking, space allocation becomes a study. Referencing common practice in consumer electronics stores, a rough ratio for a "experience + fulfillment + content" trinity store is: product experience and display zone about 40%, negotiation and cashier zone 15%, backroom fulfillment storage 20%–25%, livestream and content production zone 10%–15%, and the rest aisles. Of course different formats emphasize differently—community-service stores can have higher fulfillment share, flagship stores make the content zone grand.
When the renovation budget is limited, priority is suggested as follows: first, lighting-system renovation—separate display lighting from content lighting, the fastest-acting and highest unit-return step; second, livestream background display racks and basic acoustics treatment—a few-thousand-yuan investment raises livestream quality a notch; third, backroom shelf standardization and self-collection zone renovation. A full tear-down and rebuild is the last option, unless the store is due for its five-year refresh cycle.
Count the total account: livestreaming brings not just livestream-room sales but also same-city traffic—many customers first learn of the store by seeing a livestream; fulfillment capability brings online orders that are pure increment. The merchandising renovation investment looks like "decoration cost" on the surface but is actually buying the store three revenue sources. From the industry trend, "one store, multiple functions" will move from a leading-brand experiment to an industry standard, and display cabinet suppliers must shift from "selling cabinets" to "selling spatial solutions." Shengqilin display cabinet manufacturer clearly feels in its cooperation with consumer electronics clients that the questions clients ask in bidding have changed from "how much per meter for cabinets" to "how to connect the livestream zone with the display zone, how to design the backroom circulation"—the evolution of demand is forcing the supply chain to upgrade.
Livestream e-commerce didn't kill physical stores but gave them a second life: experience makes people stay, fulfillment moves goods out, content moves the store out. The tripling of spatial roles means merchandising design must simultaneously possess retail thinking, logistics thinking, and media thinking. For store operators, rather than anxious about online impact, use the renovation cycle to replan the space—let every square meter have a main business and a side business. For display cabinet and smart-terminal merchandising customization solutions for consumer electronics stores, visit the Shengqilin display cabinet manufacturer website at www.tyw0086.com.
